ML20150E797
| ML20150E797 | |
| Person / Time | |
|---|---|
| Site: | Limerick  |
| Issue date: | 03/30/1988 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20150E793 | List: |
| References | |
| PROC-880330, NUDOCS 8804040108 | |
| Download: ML20150E797 (131) | |
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1 3 I l 3 3 UMERICK GENERATING STATION OFTSITE DOSE CALCULATION MANUAL (00CM) REVISION NO. 5 i ) e 3 0 0 D D
I 1 0FFSITE DOSE CALCULATION MANUAL O REVISION 5 -O LIMERICK GENERATING STATION UNITS 1 AND 2 ~O PHILADELPH.IA ELECTRIC COMPANY O DOCKET N05, 50-352 & 50-353 0 \ PORC Approval: . A[
~ Nanager O [c[jlnApprva '^
Manager l l LGS Health Physics Representative: #/ . c :::n:: M :t " - " 4 _ e a a / A l .O .O O
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.O LIMERICK GENERATING STATION -0 0FFSITE DOSE CALCULATION MANUAL TABLE OF CONTENTS O INTRODUCTION ....................................................... 1 1.0 LIQUID EFFLUENTS 1.1 Radiation Monitoring Instrumentation and Controls ............................. 2 O 1.2 Liquid Effluent Monitor Setpoint Determination ................................... 3 1.2.1 Radwaste Discharge Monitor ....................... 3 1.2.2 Service Water Radiation Monitor .................. 7 O 1.2.3 RHR Service Water Monitor ........................ 8 1.3 Liquid Effluent Dose Cal cul at i on s - 10 CFR 50 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 1.3.1 Member of the Public Dose - L i qu i d E f fl u e nt s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 O 1.4 Liquid Effl uent Dose Projection . . . . . . . . . . . . . . . . . . . . . . . . . . 13 1 2.0 GASE0US EFFLUENTS l 1 2.1 Radiation Monitoring O Instrumentation and Controls ............................. 14 2.2 Gaseous Effluent Monitor Setpoint Determination ................................... 16 2.2.1 North Vent Noble Gas Effluent Monitors . . . . . . . . . . . 19 0 2.2.2 South Vent Noble Gas Effluent Monitors . . . . . . . . . . . 21 2.2.3 Noble Gas Effluent Fractional Contribution ..................................... 24 2.2.4 Noble Gas Ef fluent Default Setpoints . . . . . . . . . . . . . 25 2.2. 5 WRAM Noble Gas Ef fluent Moni tor . . . . . . . . . . . . . . . . . . 29 'O 2.3 Gaseous Effluent Dose Evaluations . . . . . . . . . . . . . . . . . . . . . . . 31 2.3.1 Site Boundary Dose Rate - Noble Gases . . . . . . . . . . . . 33 2.3.2 Site Boundary Dose Rate - Radioiodine a nd Pa rt i cul at e s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 2.3.3 Noble Gas Air Dose ............................... 38
- O
,0
C) 2.3.4 Radiciodine and Particulate Dose Cal cul ati ons - 10 CFR 50 . . . . . . . . . . . . . . . . . . . . . . . . . 40 C) 2.3.5 Annual Dose Eval uation . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 2.4 Gaseous Effl uent Dose Projection . . . . . . . . . . . . . . . . . . . . . . . . . 47 3.0 SPECIAL DOSE ANALYSIS C) 3.1 Total Doses to MEMBERS OF THE PUBLIC ..................... 48 3.2 Doses Due to Activities Inside the SITE BOUNDARY ................................................. 49 4.0 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM ................. 50
- C) 4 .1 S ampl i n g P rog ram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 4.2 Interlaboratory Comparison Program ....................... 51
() APPENDICES Appendix A - Technical Specification /00CM Matrix Appendix B - Radiological Environmental Monitoring . c) Program - Sample Type, Location and Analysis () l . c) - C) , C) l 1
__ ~ . . O
~
LIST OF TABLES O 1-1 INGESTION INDIVIDUAL DOSE FACTORS (Daipj) FOR LIQUI] EFFLUENTS 1-2 ASSUMPTIONS USED IN LIMERICK LIQUID EFFLUENT DOSE EVALUATIONS
- O 2-1 DOSE FACTORS FOR NOBLE GASES 2-2 INDIVIDUAL DOSE FACTORS (DFk,1,n) FOR GASEOUS EFFLUENTS 2-3 ASSUMPTIONS USED IN LIMERICK GASE0US EFFLUENT DOSE EVALUATION
.O 2-4 NEAREST GASEOUS EFFLUENT DOSE RECEPTOR DISTANCES (METERS) A-1 TECHNICAL SPECIFICATION /0DCM MATRIX B-1 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM 1 lO l P l l : l l l l O l l O l i t I 1 i lo I i O l I I l
- O !
i O LIST OF FIGURES l l O 1.3.1-1 LGS DILUTION vs RIVER FLOW (0UTFALL) , 1 1.3.1-2 LGS DILUTION vs RIVER FLOW (CITIZEN'S UTILITY) 1.3.1-3 LGS DILUTION vs RIVER FLOW (PH0ENIXVILLE) 0 1.3.1-4 LGS DILUTION v:. RIVER FLOW (PHILADELPHIA SUBURBAN) 1.3.1-5 LGS DILUTION v, RIVER FLOW (CREW COURSE) 1-1 LIQUID EFFLUENT FLOW DIAGRAM 2-1 GASE0US EFFLUENT FLOW DIAGRAM - NORTH STACK 2-2 GASE0US EFFLUENT FLOW DIAGRAM SOUTH STACK B-I ENVIRONMENTAL SAMPLING LOCATIONS ON SITE OR NEAR THE
- o LIMERICK GENERATING STATION B-2 AQUATIC AND TERRESTRIAL ENVIRONMENTAL SAMPLING LOCATIONS AT INTERMEDIATE DISTANCES FROM THE LIMERICK GENERATING STATION B-3 AIRBORNE AND TLD ENVIRONMENTAL SAMPLING LOCATIONS
,0 AT INTERMEDIATE DISTANCES FROM THE LIMERICK GENERATING STATION B-4 ENVIRONMENTAL SAMPLING LOCATIONS AT REMOTE DISTANCES FROM THE LIMERICK GENERATING STATION
- O 10 l
l 1 l O O l ,0 1
O LIMERICK GENERATING STATION O OFFSITE DOSE CALCULATION MAhUAL INTRODUCTION
-O The Limerick Offsite Dose Calculation Manual (ODCM) describes the methodology and parameters used in: 1) the calculation of radioactive liquid and gaseous effluent monitoring instrumentation alarm / trip setpoints; and 2) the calculation of radioac- -O tive liquid and gaseous concentrations, dose rates, and cumulative quarterly and yearly doses. The methodology stated in this manual is acceptable for use in demon-strating compliance with 10 CFR 20.106,10 CFR 50, Appendix I and 40 CFR 190.
The ODCM will be maintained for use as a reference guide and training document of accepted methodologies and calculations. Changes will be made to the ODCM calcula-O tion methodologies and parameters as is deemed necessary to ensure reasonable con-servatism in keeping with the principles of 10 CFR 50.36a and Appendix 1 for demonstrating radioactive effluents are ALARA. O
- O NOTE: Natural activity may be excludn! from any calculations in the ODCM.
1 O H D3te JN h Rev. _
- O ,3,
- O
'O O 1.0 Liquid Efauents 1 1.1 Radiation Monitoring Instrumentation and Controls l The liquid effluent monitoring instrumentation and controls at Limerick I
- O for controlling and monitoring normal radioactive materist releases in !
accordance with the Limerick Technical Specifications are summarized as follows: -Q
- 1) Liquid Radwaste Systent The liquid radwaste discharge monitor (RISH63-OK6N) provides an alarm and automatic termina-tion of radioactive material releases from the liquid radwaste j system as required by Technical Specification 3.3.7.11. Addi-l tional design features of the liquid radwaste system which pre- I vert inadvertant releases to the environment include 1) redundant discharge valves, 2) single discharge line with loop seal and siphon breaker to eliminate probability of inadvertent dis-charges, 3) Low Cooling Tower Blowdown flow interlock which iso-
,O lates the radwaste discharge line.
- 2) Service Water Systent The Service Water discharge monitor O (RISH10-1K605) provides an alarm upon indication of activity in the service water system as required by Technical Specification 3.3.7.11. While the service water system is not a normal release O pathway, the monitor provides an indication of potential prob-lems due to excessive leakage of the heat exchanges. In addi-Engr H.P.
j !O pai. Rev. 5 ,_ 2 <O
l l l t ! tion, the service water side of the fuel pool heat exchansers is ) L kept at a higher pressure than the shell side to prevent poten- ; I tial radioactive contamination of the service water. l D 3) RHR Service Water System: The RHR Service Water Radiation (RHRSW) Monitors (RISH12-0K619A,. RISH12-OK619B, RISH12-lK619C, and RISH12-lK6190) provide alarm and automatic termination of O radioactive material release from the RHRSW system. While the ! RHRSW system is not a normal release pathway, the monitors pro-l vide indication of potential problems due to excessive leakage 3 of the heat exchangers. 1.2 Liquid Effluent Monitor Setpoint Determination D Per the requirements of Technical Specification 3.3.7.11, alarm setpoints shall be established for the liquid effluent monitoring instrumentation i to ensure that the release concentration limits of Specification 3.11.1.1 l 1 O are met (i.e., the concentration of radioactive material released in lig- i l uid effluents to UNRESTRICTED AREAS shall be limited to the concentra-tions specified in 10 CFR 20, Appendix B, Table 11, Column 2, for h radicnuclides and 2.0E-N #Ci/ml for dissolved or entrained noble gases). 1 1.2.1 Radwsste Discharge Monitor and Discharge Flow Rate - RISH63-g OK6N The setpoint for the liquid radwaste discharge monitor and flow rate I at LGS are determined by the following equations. The radwaste l D : Engr Agg H.P. 'f Date 2 Rev. 1 p i
.O' discharge monitor high-high alarm / isolation setpoint is calculated at least monthly based on isotopes detected in the liquid radwaste sample tanks released during the previous month or on any specific sample tank being released (ECi,,,,,), average cooling tower O, blowdown flow (CTBD), and average liquid radwaste discharge flow (RR). The flow rate determination is calculated for each release and the MPC fraction calculated includes, in the concentratica mix, O the most recent results from 1) the quarterly composite for SR-89, SR-90, and Fe-55, and 2) the monthly composite for H-3, and 3) the sample (s) for dissolved and entrained noble gases. 'O If the calculated setpoint is less than the existirg setpoint, the setpoint will be reduced to the new value. If the calculated set-O point is greater than the existing setpoint, the setpoint may remain l at the lower value or increased to the calculated value. O If there were no sample tanks released or no activity detected dur- ! l ing the previous month, then the calculation is performed using I l release data from the most recent month during which isotopes were detected. In addition, if there were no ssmple tanks released dur-O ing the previous month, chemistry supervision may substitute more restrictive values (i.e., tritium) based on the plant sampling data. O
- 1. 2.1.1 Setpoint Determination - RISH63-OK604 The setpoint for the liquid radwaste discharge monitor is determined by the following equatian:
Engr H. P. Date Rev. 1 0
1 O s Q
't CPMpp) $
~ - -
1.(S)(RR)(RCid/MPCiy] - (ECl,,mm.)(RR+CTBD) (RR4CTBD) - (S)(E)(RR) [RCi,,mm,/MPCi,,mm.) ] _ +BKG@@) (1-1) O where: CPMgg) = Calculated liquid radwaste discharge O m nit r (RISH63-OK6N) count rate attributable to the gamma emitting radionuclides, epm, ECi ,,mm, = the sum of the concentration of the identified gamma emitting nuclides (pCi/ml), O CTBD = the average cooling tower blowdown rate at time of discharge (gpm), f RR = average liquid rsdwaste discharge flow (gpm), g BKGgg) = background count rate of liquid radwaste discharge monitor (CPM), E = the gross gamma detection efficiency of the liquid radwaste discharge monitor (pCi/ml/ cpm), and S = 5; margin of safety factor to assure that the release is terminated prior to 10 CFR 20 limits being exceeded. Included in this factor are er-rors asselated with monitor uncertainty, sam-O pling uncertainty, flow rate uncertainty, and the , contribution of other release paths (Service Water and RHRSW) which are not normally con-taminated. O RCi,,mm,/MPCi,,mm ) = the effective gamma MPC ratio for the mixture of radionuclides in the liquid radwaste discharge line (unitless) O Engr H.P. Date f Rev. ,}_, O l
) where: ) j Ci,,,,, = the concentration of each identified garnma ! emitting radionuclide l'in the liquid effluent l (undiluted) (pCi/ml) MPCi,,,,, = the MPC value corresponding to radio-b nuclide i from 10 CFR 20 Appendix B, Table II, Column 2 (dissolved and entrained noble gases MPC = 2.0x10pC1/ml) (#C1/ml). RCi p/MPCi )p = the effective nongamma MPC ration for l the mixture of radionuclides in the liquid j radwaste discharge line (unitiess) where: Ci, = the concentration of each identified non-gamma radienuclide i in the liquid effluent (un-9 diluted) (#Ci/ml)* MPCi p = the MPC value corresponding to radio- , nuclide i from 10 CFR 20 Appendix B, "lable ! II, Column 2 (dissolved and entrained noble gases MPC - 2.0 x 10-4 pCi/ml) 3 (#Ci/ml)
- NOTE: The concentration mix must include the most recent sample data for H-3, nongamma emitters, and dis-solved and entrained noble gases.
P 1
- 1. 2.1.2 Flow Rate Determination '
- The setpoint for the liquid radwaste flow rate is determined for each release by the following equation
(I') FLOW (LRD) d (SF)[4 /MPCi)-1) where: l FLOWSRD) = flow limit for radwaste discharge line (gpm) CTBD = anticipated cooling tower blowdown flow for time of release (gpm) 3 H
- Date B Rev _5_,
.O
- O SF. = 5: margin of safety factor to assure that the release does not exceed 10 CFR 20 limits E(Ci/MPCI) = the effective MPC ratio for the mixture of radior.uc!! des in the fiquid radwate dis-charge line (unitiess)
.O where: Ci = the concentration of each identified radio-nuclide i in the lic.uid effluent (undiluted) : (kcl /ml)*
- O MPCI = the MPC value wrresponding to radionuclide i frorn 10 CFR 20 Appendix B, Table II, Col. 2, (dissolved and entraiced noble gases (MPC =
2.0x10"#Ci/ml) (#Ci/ml)
'4
- NOTE: The concentration mix must include the most recent sample data for H-3, non-gamma emitters, and dissolved and entrained noble gases.
1.2.2 Service Water Radiation Mon! tor - RISH10-lK605
!O The Service Water Monitor high-hign setpo!nt is determined by the following equation. The monitor high-high alarm scWint is calcu- ,
.ated monthly based on the background ccunt rate during the previous iO meath. If the calculated setpoint is less than the existing monitor setpoint, the setpoint will be reduced to the n w value. If the ,
calculated setpoint is greater than the existing setpoint, trie set-O point may remain at the exir ting setpoint or increued to the new value. 1.2.2.1 Setpoint Determination iO The setpoint for the Service Water Monitor is determined by the following equation: CPMsw $ Zsw(CRB sw) (1-3) O Engr H.P. Date ' i Rev. iO
.~. - __ . - _. -
0 O where: CPM3 w = Calculated Service Water Radiation Monitor (RISH10-lK605) count rate, CPM Zw s - 3, mulitplier to establish monitor se wint count rate above background count rate (unitiess) CRBs w - Service water monitor (RISH10-lK605) count rate attributable to background radiation; CPM. 1.2.3 RHR Service Water Monitor - RISH12-OK619A,-OK619B,-lK619C,-lK619D O The RHR Service Water Monitor high-high setpoint is determined by the following equation. The monitor high-high alarm / isolation setpoint is calculated monthly based on the background count rate O during the previous month. If the calculated setpoint is less than l the existing monitor setpoint, the setpoint will be reduced to the new value. If the calculated setpoint is greater than the existing 'O setpoint, the setpoint may remain at the existing setpoint or in-creased to the new value. O 1. 2. 3.1 Setpoint Determination The setpoint for the RHR Service Water monitor is determined by the following equation: O CPMannsw $ Zgngsg(CRBangsw) (1-4) where: CPManns.w - Calculated RHR Service Water Radia-tion Monitor (RISH12-OK619A,-OK619B,- O IK619C, and -lR619D) count rate, CPM Zangsw = 3 multiplier to establish monitor setpoint count rate above the background count rate (unitiess) O Engr H.P. Date J, Rev. 5_, O
D g CRBannsw = RHR Service Water Radiation Monitor (RISH12-OK619A,-OK619B,-lK619C, and - IK619D) count rate attributable to back-ground radiation, CPM g 1.3 Liquid Effluent Dose Calculation - 10 CFR 50 1.3.1 Members of the Public Dose._ Technical Specification 3.11.1.2 limits the dose or dose commitment , to MEMBERS OF THE PUBLIC from radioactive materials in liquid effluents from Limerick Generating Station to:
- during any calendar quarter:
$1.5 mrem to total body 55.0 mrem to any organ
- during any calendar year:
53.0 mrem to total body ') 510.0 mrem to total organ Per Surveillance Requirement 4.!!.l.2 the cumulative dose contribu-tion from liquid effluents for the current calendar quarter and O calendar year shall he determined at least once per 31 days in ac-cordance with the following calculational methods. These equations are for the three aquatic environment exposure pathways (potable O water, fish, shoreline exposure) in the Limerick aquatic environ-ment, Only real pathways are addressed for each receptor. The receptors and associated pathways are listed below. Doses from each O real pathway are summed to give dose at the receptor. The monthly results are accumulated to give the quarterly doses and the quarter-ly results are accumulated to give the annual doses. O Engr 6ft-U.P. kl-7 Date 464! Rev. 1 9 O
O 'O Receptor Dist. Pathways Location (mi) Potable Water Fish Shoreline O LGS Outfall 0 x x Ci ti ze n's Utility 2. 5 x x x Phoenixville Water S. 0 x x x Phil. Sub. Water 13.6 x x Crew Course 37.8 x 0 1.3.1.1 Potable Water Pathway 0 U Rg 3 = !!00 { QDi gp; exp(-h(12)) (1-5) I 1.3.1.2 Fish ( Aquatic Food) Pathway O U Rg3 = 1100 Qii B ,Dg,) exp(-Ai (24)) (1-6) O O O Engr dE( O H.P. Date :) .i Rev. 1 l 10 1
- -= .
o-
, d
.O v
g- f.3.1.3 Shoreline D=posillop Pothway UW RAPJ ,110,000. g,pp { QT;D i p33 exp(-ht ) [1-exp(-A;(1.752E+3))] p (1-7) o where: r
) By a equilibrium bioaccumulation factor for nuclide i in pathway p, expressed as the ratio of the coricentratio<t in biota, in pCi/le;, to the radionuclide concentration in water, in pCi/ liter (liters /kg)
O ELEMENT IJISH El.EMENT f,lSJJ, a II 9.0E 01 NS 3.0E Of C 4.6F 01 MO 1.0E 01 NA 1.0E 02 TC 1.5E 01 , P 1.0E 05 RU 1.0E 01 O CR 2.0E 02 RH 1.0E 01 MN 4.0E 02 TE 4.0E 02 FE 1.0E 02 1 1.52 01 CO 5.0E 01 CS 2.0E 03 NI 1.0E 02 BA 4.0E 00 CU 5.0E 01 LA 2.5E 01 0 - zN 2.0a 03 CE tcE CU BR 4.2E 03 PR 2.$E 01 RB 2.0E 03 ND 2.5E 01 SR 3.0E 01 W !.2F 03 Y 2.5E 01 P 1.0E 01 ZR 3.3E 03 O . Ref: Regulatery Guid 1.109, Rev.1. Table A-1 D,j py = dose factor specific to a given age group O a, radionuclide i, pathw ay p, and organ j which , d enn be used to ca!culate radiatiori dose (i) from tn intake of a radionuclide, in rnrern/pCi, or (2) from exposuie to a given concentration of a radionuelide in sediment, in mrom/br per O pci/m 2. wlues are listed by age group in Th% 1-1. F = waste dilution ficw rate of liquid effluent dilu-tion flow /norale: vi *ed:95 (ft'/sec). O yxgr g,g H. P. J ' Date Jt'f RCV. 1 O
1 ,0 the water purification plant and the water dis- 'O tribution system. Ref: Regulatory Guide 1.109, Rev.1, App. A 24 = delay time in hours for fish pathway to allow for nuclide decay during transit through the food chain, as well as during food preparation. Ref: O Regulatory Guide 1.109. Rev. 3, App. A 1100 - factor to convert from Ci/yr per fts /se; to pCi/ liter !
- O 110,000 = factor to convert from Ci/yr per fts j,,e to pCi/ liter and to account for proportionately constant (100) used in sediment radioactivity model.
- O 1.4 Liquid Effluent Dose Projections Technical Specification 3.11.1.3 requires that the liquid radwaste treatment system shall be operable and appropriate portions of the systems shall be used to reduce the radioac-o tive materials in liquid waste prior to their discharge when the projected doses due to the liquid effluent, from each reactor unit, to UNRESTRICTIVE AREAS would exceed:
;O
- 0.06 mrem /31 days to the total body
, or
- 0.2 mrem /31 days to any organ 'O The applicable liquid radwaste trestraent processing equipment for reaintaining radioactive material releases ALARA are delineated in Figure 14-6.
O Dose projections are made at least once per 31-days by the folbwirg equations: Engr <! 6 4- l
.O g,p, g j Date 49 l Rev.
4 I iO ;
I O l l 1 g M, = dilution factor at point of expost;re or at point of withdrawal of drinking water (dimension-less). Values are graphically listed by receptor location in Figures 1.3.1-1 to 1.3.1-5. Value will be based on average monthly river flow. <g Qi = total release of nuclide 'i' for time period (Cl). k,,) = total dose for calculation time period to organ j of individuals of age group a from all nuclides i in pathway b (mrem) O - radioactive half-life of nuclide 1 (days) Ti U,, = usage factor specifying exposure time or intake rate for an individual of age group a as-sociated with pathwsy p (hr/yr, liters /yr, or O kg/yr) Pathway infant Child Teen Adult Fish --
- 6. 9' 16' 21' O Potable water (1/yr) 330' 510' 510' 730' Shoreline Recreation (hr/yr) -- 14' 67* 12' Shoreline O Recreation (hr/yr) -- 90b 600b 600 6
Ref: ' Regulatory Guide 1.109. Rev.1, Table E-5 b EROL Table 5.2A-3 O W = shoreline width factor (dimensionless) = 0.2. Ref: Regulatory Guide 1.109, Rev. I 1.752E+5 = time period during which sediment is exposed to contaminated water (hrs) (midpoint of plant O life = 20 yrs) h = radioactive decay constant of nuclide 'i' (hr1) 12 = delay time for potable water pathw2y in hours to O allow for nuclide decay during transport through Engr H.P. Date d'n Rev. 1
'I ~
0
D D Da, = (D g/d)
- 31 days (1-8)
D,,, = (D,,/d)
- 31 da)s (1-9) where:
B Da, = the total body dose projection for the cur-rent 31-day period (mrem) Da = the total body dose to date for the current calendar quarter as determined by equation 1-5, O l-6, and 1-7 (mrem) D, , = the maximum organ dose projection for the current 31-day period (mrem) g D, = the maximum organ dose to date for the current calendar quarter as determined by equa-tions 1-5,1-6, and 1-7 (mrem) d = the number of days in the current ca'endar quarter at the end of tha release (days) S 31 days = the number of days of concern 2.0 Gaseous Effluents 2,1 Radiation Monitoring Instrumentation and Controls The gaseous effluent monitoring instrumemation and controls at Limerick for controlling and monitoring radioactive material releases in accordance with the Limerick Technical O Specifications are summarized u follows: D Engr E 3 H.P. Date y Rev. D
e p 1) North Vent (Common): The plant gaseous discharges via this vent are mon'tored by two Particulate, Iodine and Gas (PIG) monitors (RY26-075A and RY26-075B) in parallel and by g the Wide Rarige Accident hionitor (WRAhi) (RIX26-076). The PIGS have segarate Particulate, Iodir.e, and gas sampling and monitoring channels but the Station Technical Specifi-g cations require only particulate and iodine sampling and noble gas monitoring. The WRAh! has extended range (via three channels) noble gas monitoring and particulate and , iodine sampling capability. In addition, the WRAh! provides an isolation of the large Drywell Purge and Vent valves.
- 2) South Vent (one per unit): The plant gaseous dis-O charges via each south vent are monitored by two redundant PIG monitors (RY26-185A and RY26-185B). As is the case of the North Vent, each PIG has separate particulate, iodine, O
and gas sampling and monitoring channels but the St9 tion Technical Specifications require only particulate and iodine sampling with noble gas monitoring. O
- 3) Hot hiaintenance Shop (Common): Due to the compositior' of the radioactive materials in the effluent stream (i.e.,
O very low potential for noble gases), this rete.se point is sampled by a Particulste and 1014 (P&I) hionitor (RY26-Engr 4CL 0 N, Rev. _5_ O
O 025). The P&I monitor has separate particulate and O lodine sampling and monitoring channels but the Sta-tion Technical Specifications require only particu-late and lodine sampling.
'O 2.2 Gaseous Effluent Monitor Setpoint Determination _
Technical Specification 3.3.7.12 requires that alarm set-
- O point be established for the noble gas effluent monitoring channels (RY26-075A, RY26-075B, RY26-185A, RY26-185B, and RIX26-076) to ensure that the release rate of radioactive
.O materials does not exceed the limits of Specification l
3.11.2.1, which corresponds to a dose rate at the SITE BOUNDARY of 500 mrem /yr to the total body or 3000 mrem />T to O the skin. This specification also states that the dose rates from I-131,1-133, tritrium, and all radionuclides in particulate form with half-lives greater than eight days, l0 shall be limited to a maximum or 1500 mrem /yr to any organ { (inhalation pathway only). .O Technical Specification limits are expressed in terms of dose rate, while the instruments which monitor effluents produce data in units of concentration of radioactivity O (i.e., Ki/ce). It is therefore necessary to calculate the Engr @ L0 Ne' cif j Rev. f, j iO 1 i l 1
1 0
. corresponding. concentration of effluent release which will O
result in the dose rate limit being reached at the site boundary. This calculation is made more complex by the use of multiple release points at LGS. O Qalculational Bases The alarm setpoint calculation is performed monthly and is O based on analytical results of grab samples from the ap-propriate release point. The relative concentration of each identified radionuclide in the grab samples is determined, O and the data are used to perform a setpoint calculation for that nuclide mix and release point. O The highest calculated annual average relative concentration (X/Q) for an area at or beyond the site boundary (1.lE-05 S/Ms; NE sector) is conservatively used in the setpoint O caleuiation. Maximum flow rates through the North and South vents are O used in alarm setpoint calculations. This is the most con-servative situation and is necessary sino flow can vary. By using maximum values, any flow less than the maximum will O assure that the monitor will alarm before release rate limits are exceeded. Engr O n.p. Date Rev. 1 O
D For each release point the following concentration is D determined: a) the noble gas release concentration which would cause a SITE BOUNDARY total body dose rate of 500 mrem /yr and a skin dose rate of 3000 mrem /yr. 9 The fractional contribution of noble gas is calculated for each release point. The fractional contribution to the S whole body and skin dose rates due to noble gases is calcu. lated by taking the product of this fraction and the limit-ing concentration. A comparison of this concentration for
- whole body and skin dose rates due to noble gase releases is made to determine if the whole body or skin dose limit will be most restrictive. It is expected that the whole body 8 limit will always be most restrictive, but the comparison is necessary to assure compliance with Technical Specifica-tions. The sum of the contributions from each release 4 point, independently calculated for lodines and noble gases, will equal the maximum instantaneous release rate allowed from the site.
O The purpose of calculating the release rate which cor-responds to the site boundary dose limit is not to determine an acceptable release rate, but to determine the maximum release rate which may not be exceeded. It is rot intended that releases will be maintained at Engr 3 H. P. Date Rev. _}__ D
O , i or near this limit, and in fact, requirements to mairthin O offsite doset As Low As Reasonably Achievable (ALARA) 2.e specified in Sections 3.11.2.2 and 3.11.2.3 of the Technical Specifications. O 2.2.1 North Vent Noble Gas Effluent Monitors - RY26-- 075A-3, RY26-075B-3, and RIX26-076-2 O The North Veat Noble Gas Effluent monitor high-high setpoint is calculated monthly based on the grab sample results performed in accordance with Specification 0 3.11.2.1. Due to the incorporation of the ALARA philosophy in the design and operation of the Limerick effluent systems, release point grab samples may not O identify any radionuclides. With this situation, plant staff may use the results of the last grab sample which identified radionuclides or use the default setpoint O which is based on expected concentration ratios as reported in the FSAR. If any calculated alarm setpoint is less than the existing monitor setpoint, the set-O point will be reduced to the new value. If the calcu-lated setpoint value is greater than the existing value, the setpoint may remain at the lower value or O increased to the new value. Engr O n.p. . Date 5 f Rev. ,J._, O
S where: G 1.lE-05 s/m8 = highest annual average relai ve concentration (NE Sector) 108 pCi/#Ci - units conversion e 410,000 cfm - maximum North Vent flow rate for one unit operation hmin/sec = units conversion O 8 2.832EW cc/ft = units conversion Ci gy - concentration of noble gas nuclide i as determined by radioanalysis of North Vent grab O sam 1 ( Ci/ce) Ki - Total body dose conversion facter for noble gas nuclide i (mrem /yr per pCi/m8 , from Table 2-1) , Li - Beta skin dose conversion factor for noble gas nuclide i (mrem /yr per pCi/m3 , from Tabie 2-1). M, = Gamma air dose conversion factor for noble gas nuclide i (mrad /yr per O pCi/m8 , per Table 2-1). 2.2.2 South Vent Noble Gas Effluent Monitors - RY26-185A-3 and RY26-185D-3 O The South Vent Noble Gas Effluent monitor high-high setpoint is calculated monthly based on the grab sample results performed in accordance with Specification O 3.11.2.1. Due to the incorporation of the Al, ARA philosophy in the design and operation of the Limerick effluent systems, release point grab samples may not o Engr H.P. Date 4 / Rev. 1 O
O 1 identify any radionuclides. Witt this situation, plant O staff may use the results of the last grab sample which identified radionuclides or use the default setpoint which is based on expected concentration ratios as O reported in the FSAR. If any calculated alarm setpoint is less ;han the existing monitor setpoint, the set-point will be reduced to the new value. If the calcu-O lated setpoint value is greater than the existing value, the setpoint may remain at the lower value, or increased to the new value. O 2.2.2.1 Setpoint Determination The setpoint for the South Vent Noble Gas Ef-O fluent Monitor is set at the lesser of the SYSP 3aws or SYSP NowB value. [VFsy3aI500XTi,,) O SYSP gows s [1.2149E+09]4(Ci,,)()Q]~ I~) [VF ,ygoI3000HEi.,) 3 SYSPNcsK 5 ) [1.2149E@)4(Ci,,)(Lpl.lhh)) I O where: SYSP NGWB = South Vent Setpoint - Noble Gas Whole Body (pCi/cc) O SVSP N csx = South Vent Setpoint - Noble Gas Skin (pCi/cc) Engr 6 O H.P. Date Rev. 5_. O
O VF SVNG = Fractional contribution to e site boundary noble g.'. dose rate from the South Ven; as calculated in equation 2-8 (unitiess) 500 = Total body dose rate limit (mrem />T) 3000 = Skin dose rate limit (mrem /yr) ECi., = Total noble gas activity from South Vent grab sample (pCi/ce) O - (pCi)(cc) - 1.2149E@ = Conversion factor u (m 8)(pCi) _ 8 8 3
= (1.lE-05 s/m )(10 pCi/9Ci)(234,000 cfm)(h min /s)(2.432E@ cc/ft ) (2-6)
O where: 1.lE-05 s/m sa highest annual average relative concentration (NE sector) O 108 pCi/#Ci = units conversion ' 2M,000 cfm - maximum South Vent flow rate hmin/s = units conversion O 2.832E@ cc/ft 8
= units conversion Ci., = concentration of noble gas nuclide i, as determined by radioanalysis of South Vent grab sample
(#Ci/ce) O Kg = total body dose conversion factor for noble gas nuclide i (mrem /yr per pCi/m 8, from Table 2-1). Li = Beta skin dose conversion factor for O ::oble gas nuclide i (mrem />T per pCi/m 8, from Table 2-1) h( = Gamma air dose conversion factor for noble gas nuclid. i (mrad /yr per O pCi/m 8, from Table 2-1) Engr H.P. Date Rev.
I I 2.2.3 Noble Gas Effluent Fractional Contribution The noble gas effluent fractional contribution is calcu-lated monthly using the results of the grab samples per- l formed in accordance with Specification 3.11.2.1. The results of this calculation kre used in equations 2-1, 2-2, 2-4, and 2-5. This methodology assumes that the O total body dose is the limiting factor for noble gas releases. If equations 2-1, 2-2, 2-4, and 2-5 show that the skin dose is limiting, fractional skin doses O i should be substituted for the whole body values used in equations 2-7 and 2-8. O 2.2.3.1 Calculation of VFma and VFswa 4(Cis.v)(K,)] NG" 4(Cigy)(Kg ) t E (Cigy)(K i) ( "I) Q 4(Cisv)(K i )] sm " 4(Ci gy)(K )i + E [(Cisv(K t) i O l where: l l VFgwga = fractional contribution to site bound-ary noble gas total body dose rate from the ,g North Yent (unitiess) Engr H.P. O Date f f Rev. 1 i 1 i.O l 1 l_ . - .
D W sVNG = fractional contribution to site bound-9 ary noble gas total body dose rate from the South Vent (unitiess) Cigy - concentration of noble gas nuclide i as determined by radioanalysis of North Vent grab sample (pCl/cc) Ki = total body dose conversion factor for noble gas radionuclide 1 (mrem /yr per pCi/m8) g Cisy - concentration of noble gas nuclide i as determined by radionanalysis of South Vent grab sample (pCi/cc) 2.2.4 Noble Gas Effluent Default Setpoints 9 This methodology may be used when grab sample results from either the North Vent or the South Ver.t do not identify any radionuc!! des. This methodology is based 3 on expected release concentration ratios as outlined in section 11.3 of the Limerick FSAR. 2.2.4.1 North Vent Noble Gas Monitors (RY26-0754-3 and O RY26-075B-3) The default setpoint for the North Vent noble gas effluent monitor is set at or below the O NVSP gan due. NVSP gan s [9.29E-1]S0012.12E-6] I '9) (2.1287B9X6.94E-9) O s 6.67E-5 pCi/cc where: O Engr SCG-Da e Rev. .)_. O
s0 l NVSPyco - Default North Vent Setpoint - 0 Noble Gas (pCl/cc) 9.29E-1 = Default fractional contribution to site boundary noble gas total body dose rate from the North Vent (unit-less) O
" 6.94E-9 (6.94E-9)(5.31E-10) where:
6.94E-9 = Summation of the North Vent con-O centration or noble gas nuclide i multiplied by the corresponding whole body dose fcctor
~(pCl)(mrem)(m') ~ ~
(cc)(yr)(pCi) _ O 5.31E Summation of the South Vent con-centration of noble gas nuclide i multiplied by the corresponding whole body dose factor
~(pCi)(mrem)(ms ) -
O _ (ce)(yr)(pci) _ Ref: a) Based on expected annual release from FSAR Table 11.3-1 b) Based on maximum Nor:h Vent O flow of 410,000 cfm and South Vent flow of 234,000 cfm c) ODCM Table 2-1 500 = Total body dose rate limit (mrem />T) 0 = Total noble gas concentration from 2.12E-6 North Vent (pCl/cc) Ref: a) Based on FSAR Table 11.31 b) Based on maximum North Vent O fl * ' I d10'000 'f*- 2.1287E+9 = Conversion factor
"(pCl)(cc)
_(m8)(pCi) _ O rng, H.P. Date Rev, ,___ O
O Ref: a) ODCM equation 2-3 6.94E-9 - Summation of the North Vent concentration of noble gas nuclide i multip!!ed by the cor-responding whole body dose factor
'(pCi)(mrem)(m8 ) ~
~ #" ' ~
O Ref: 1) Based on FSAR Table 11.3-1
- 2) Based on maximum North Vent flow of 410,000 cfm
- 3) ODCM Table 2-1 0
2.2.4.2 South Vent Noble Gas Monitors (RY26-185A-3 and RY26-185B-3) The default setpoint for the South Vent noble O gas effluent monitor is set at or below the SYSPN ao salue. O SYSPy ;co 5 [7.10E-21500XI.99E-7) (2-10) [1.2149E+9)[5.31E-10) t s 1.10E-5 pCl/cc l where: O SYSP N co = Default South Vent Setpoint - Noble Gas (pCi/ce) 7.10E-2 = Default fractional contribution to l site boundary noble gas total body lO dose rate from the South Vent (unit - l less) I l l l 5. 31E-10 I
" (6.94E-9)q $.31E-10) 1 O where: l l
5.31E-10 = summation of the South Vent concentration of noble gas nuclide i multiplied by the corresponding i3' % Date 4 Rev. .__, l l0 1 1
- O l
l l I i ! whole body dose factor
~
3 ~(pCl)(mrem)(m8) (cc)(yr)(pCi) _ 6.94E summation of the North Vent con-centration of noble gas nuclide i multiplied by the corresponding O whole body dose factor
~(pCl)(mrem)(m8 ) ~
(cc)(yr)(pCi) _ Ref: a) Based on expected annual re! cases from FSAR Table 11.3-1 O b) Based on maximum North Vent flow of 410,000 cfm and South Vent fkw of 234,000 cfm c) ODCM Table 2-1 500 = total body dose rate limit (mrem />T) !O j 1,99E-7 = total noble gas concentration from l South Vent (pCi/cc) Ref: a) Based on FSAR Table !!.3-1 l b) Based on maxl:num South Vent flow or 234,000 cfm) lO 1.2149E+9 = Conversion factor
~ (pCi)(ec) ~
l _ (m 8)(pCi) . l l Ref: ODCM equation 2-6 9 5.31E-10 - Summation of the South Vent con-centration of noble gas nuclide i multiplied by the corresponding whole body dose factor
~
.O ~(pCi)(mrem)(m8) ! (cc)(yr)(pCi) _ Ref: 1) Based on FSAR Tab?e 11.3-1
- 2) Based on maximurr. South Vent flow of 234,000 cfm lO 3) ODCM Table 2-1 i
l l l Engr I .O n.p. l Date l Rev, _ i l ,0 l L
O 2.2.5 Wide Range Accident Monitor Noble Gas Effluent Monitor (RIX26-076-4) 3 The Wide Range Accident Monitor (WRAM) noble gas channel O monitors the noble ins effluent from the North Vent. This monitor has Main Control Room Annunciation as well as an isolation function on the primary containment purge and vent valves. The isolation setpoint value of s 2.1 pCl/cc , specified in Technical Specification Table 3.3.2-2 is based on the accident dose limits for containment purge during an acci-O dent (Rer: FSAR Section 1.13). For routine operations the setpo , ved upon the same methodology as the other North - Vent Noble Gas monitors (Ref. Section 2.2.1). For containment < O purse cperations, the setpoint is based on an isotopic analy-sis of the containment atmosphere. These values are always l more conservathe than the Specification Table 3.3.2-2 re-lO quired value of s 2.1 pcl/cc. l If the calculated setpoint value is less than the existing lO monitor setpoint, the setpoint will be reduced to the new wlue. If the calculated setpoint value is greater than the ! existing value, the setpoint may remain at the lower value, or l 'O increased to the new nlue. I l Engr O II.P. Date V/- Rev. 'I o l
'O i l l 10 2.2.5.1 Setpoint Determination - Containment Purge Operations During routine purge operations the setpoint will be determined prior to initiation of the
~O purge based on the containment noble gas grab sample required by Specification 3.11.2.1. The
- WRAM setpoint is set at or below the lesser of
- O the WRSP3cpwg or WRSPNcPsK value.
At no times will the setpoint be higher than 4.0 E+8 pCl/s (Ref. Specification Table 3.3.2-2 timit of 5 2.1 pCl/cc converted to pCl/s i (2.1 pCi/cc is based on maximum North Vent flow , rate)).
,g
[VF NvNcIS00XECic) I 'II) I NGPWB 8 [1.lE+1) E ((Cic)(Ki)) 10 , [VFmycI3000XECic] (I'I ) I NGPSK 8 [1.10E+1] E [(Cic)(Li+1.lMi)) ) 1 where: -
!O l
! WRSP NcPNs = WRAM Purge Setpoint - Noble Gas Whole Body (pCl/sec) WRSP3cp3x = WRAM Purge Setpoint - Noble Gas ] g skin (pCl/sec) l VF mwa = Fractional contribution to site boundary noble gas dose rate from North Vent as calculated in equation 2-7 (unitiess) 8'
,O Engr ; H. P.
Date 3 ct
- Rev. _L, 4
lo I - - _ _ _ .- ._ _ ._._. .
__ __= _ . . - _ _ . - _. . __ _ _. . I N i 'O 500 = Total body dose rate limit (mrem />T) 3000 = Skin dose rate limit (mrem /yr) i ECic = Total noble gas activity from containment -
! grab sample (pCl/cc)
O "(pCl)(sec) 7 1.10E+1 = Conversion factor (pCi)(m8 ) J e 8 8
" (l.IE-5 s/m )(10 pCi/pCl)(h min /sec)(2.832E4 O 472 min-eg sec-ft l
where: l 1.lE-5 = highest annual average relative con-l 8 centrati n (s/m ) (NE sector) O 8 10 = units conversion (pCl/pCl) ; h = units conversion (min /sec) O 2.832E+4 = units conversion (ce/ft sy 472 = units conversion **IU'CC' l
.sec-ft* ,
! Cic = concenti tion of noble gas nuclide i as i ! determined by radionnalysis of containment grab l lO sample (pCl/ce) l Ki = lotal body dose conversion factor for noble gas l nuclide 1 (mrem /yr per pCi/m8 from Table 2-1) l l !g Li = Beta skin dose conversion factor for noble gas nuclide 1 (mrem /yr per pCi/m8 from Table 2-1) Mi = Gamma air dose conversion factor for noble gas nuclide 1 (mrad /yr per pCi/m8 , from Table 2-1). O 2.3 Gateous Effluent Dose Essluation , l The gaseous effluent dose evaluations are generally per-formed using the computer based RM-21A report processor. O Engr a i H. P. l Date f Rev. _ lO l i l
O j i The following sections describe the computational models, i O i assumptions and bases for the computer model. In the event l l that the computer model is unavailable for the required dose analysis, the dose analysis will be performed by manual cal- ) O culation using the san.e methodology as the computer based l 1 repott processor. l 'O Monthly dose calculations are hsed on limiting sector aver- l age annual meteorological dispersion parameters. This cal-culation is performed using a senario of meteorological con- , 'O ditions which yield the limiting meteorological dispersion value required. For the noble gas monthly dose calcula- ; tions, effluent release data are based on the latest grab l sample analysis for radionuclide composition and the hourly lO l average effluent monitor response for total release ac- ; l tivity. For the lodine and particulate monthly dose cal- !O culations, the efffluent release radionuclide composition and release activity are based on the continuous composite samples for the time period of the dose calculation. .O The quarterly dose calculations are a summation of the ap-l l plicable monthly dose results. { j
- O The annual dose calculations are based the meteorological conditions concurrent with the effluent releases. The j i
Engr j O H.P. i Date 4 Rev. 1 l O 1
i e
- O meteorological conditions are based on the year's finalized meteorological data. Wind direction, temperature lapse rate, ambient temperature, ground level windspeed, and ,
release elevation windspeed t'e provided for each hour of O the year. The meteoroloical l dispersion values (X/Q, i depleted X/Q, and D/Q) are calculated for each hour and l l linked with the corresponding release data. The effluent 'O ! release radionuclide composition and activity are based on , the same parameters as the monthly dose analyses. lO 2.3.1 Site Boundary Dose Rate - Noble Gases l Technical Specification 3 l!.2.la limits the dose rate l l at the SITE BOUNDARY due to noble gas releases to l
- O s 500 mrem /yr total body and s 3000 mrem />T skin.
i Radiation monitor alarm setpoints are established to l l l ' ensure that these release limits are not exceeAd. In .O the event any gaseous releases from the station results 1 I in an alarm setpoint being exceeded, an evaluation of
, )
the S!TE BOUNDARY dose rate resulting from the release l will be performed using the following methodology. 0 As appropriate, simultaneous releases from the North and South Vents will be considered in evaluating compliance g with the release rate limits of Specification 3 II.2.la, following any releases exceeding the above prescribed alarm setpoints. Monitor indications (readings) may be Engr O n p, Date Rev. i O
I e j averaged over a time period not to exceed 15 minutes S when determining noble gas release rate based on cor-relation of the monitor reading and monitor sensitivity. The 15-min averaging is needed to allow for reasonable 9 monitor response to potentially changing radioactive material concentrations and to exclude potential elec-tronic spikes in monitor readings that may be unrelated G to radioactive material releases. As identified, any electronic spiking monitor responses may be excloded from the analysis. O NOTE: For administrative purposes, more conservative alarm setpoints than those required to meet G 10 CFR 20 Dose Rate limits may be imposed. However, conditions exceeding these more limiting alarm setpoints do not necessarily indicate g radioactive material release rates exceeding the dose limits of Technical Specification 3.11.2.12. Provided actual releases do not result in radia-3 tion monitor indications exceeding values based on the dose rate limits of Technical Specifica-tion 3.II.2.la, no further analyses are required for demonst..iting compliance with the limits of 3 Specification 3.ll.2.la. Engr d H. P. Date -h5 Rev. 1
- 34 J
O The site boundary dose rate from noble sas effluent O releases in the event of a noble sas effluent setpoint ; i exceeding the value specified in ODCM sections 2.2-1 (or 2.2.4.1), 2.2.2 (or 2.2.4.2), and 2.2.10 is calculated O using the methodology stated below. This methodology is based on worst sector (NE) annual average meteorciogical O . dispersion but, if further refinement is required to , meet the requirements of Specification 3.ll.2.la, actual noteorological data from the time period of concern may .O be used to calculate actual meteorological dispersion. l O . D,m = (53.882)(X/Q) ] (((F y)(Ql g gy)4F sv)(QI v) 3 El ] , (2-14) l D (((F y)(Qigy)(Fsv)(QI g ,) ) Li ) + ' Dpsg = (53.882)(X/Q) (2-15) (1.ll)(SF) [ [(Fgy)(Qig y)4Fsy)(Qi.,) ] Mi ] _ i O where: ( D,m - Total Body P:ume Dose Rate (rem /hr) j l ) psg - Skin Plume Dose Rate (rem /hr) O Engr 6 % H.P. W i Date ~r 9 Rev. .J_ ; I i 'O l l !
- O 1
l
" * ' * 'Y" "'##
3 53.882 = Units conversion factor .O s uci-hr-mrem-m 8-see-ft 3 X/Q = 1.lE-05 highest annual average relative concentration (NE s Sector) (s/m ) Fm - North Vent Flow Rate (cfm) Qig - concentration of noble ys nuclide i during period of release from North Vent ,;Cl/cc) Fsv = South Vent Flow Rate (cfm] O Qi,, - concentration of noble gas nuclide i during period of release from South Vent (9Ci/cc) Ki = Total body dose factor for nobie gas nuclide i. Values listed in Table 2-1 *{,} s S .O Li - Skin dose factor for the beta contribution for noble gas nuclide , e
- i. Values are listed in Table 2-1 "[,'" 's s l.!! = the sverag? ratio of dssue to air energy absorption iO coefficients (mrem / mrad) (Ref: Reg. Guide 1.109 Sectior i 2.2) ,
SF = 0.7 is the attenvation factor that accounts for the dose - i reduction due to chieldng provided by residential struc-tures (dimensionless) (Fef. Reg. Guide 1.109, Table E-15) Mi - Gamma air dose factor for noble gas nuclide 1. Values are listed in Table 2-1 m l 2.3.2 Site Boundary Dose Rate kadiolodine and_ Pc.rticulates !O Technical Specification 3.11.2.1b lirrhu the dose rate to s 1500 mrem /yr to any organ (inhalation pathways only) for I-131,1-133, tritium, and all radionuclides in particulate form with half-thes l$
- greater than 8 days in gaseous effluents. Con.pliance with Specifi-f cation 3.!!.2.lb will be determined monthly by performance of ODCM i
section 2.3.4 2 H. P. i Date Rev. i
-M-O i
l l I J As appropriate, simultaneous releases from the North and South Vents will be considered in evaluating compliance with the release rate limits of Specification 3.11.2.1b. Release activity is based upon l-the results of the continuous composite sampler analyses performed in accordance with Specification 3.11.2.1. 1 [ This methodology is based on the worst sector (NE) annual average meteorological dispersion but, if further refinement is required to meet the limits of Spacification 3.!!.2.lb, actual meteorological L-data from the time period of concern may be used to c&ul::te actua! l meteorological dispersion. l ) I ) l ) l l Engr 4 ? H.P. Date f *4 Rev. .!_ l l J l l
, I
. l l
l Q l 2. 2.1.1 Setpoint Determination l 0 The setpoint for the North Vent Noble Gas Ef- ! fluent Monitor is set at or below the lesser of i l l l the NVSPgaws or NYSPNcsx value. IQ ! [VF,usaX500XECigy] WSPNows 5 [2.1287 E+09]Q(Cigy)(Ki)] (2"I) [VFyygaK3000XECisy] lO l NVSPNGsx 5 [2.1287 E49]Q(Cigy)(L i+1.lMi )] I~) where: i I,s NVSPN ows - North Vent Setpoint - Noble Gas Whole Body (pCi/cc) NVSPNosx = North Vent Setpoint - Noble Gas j Skin (pCi/cc) l O VF NvNo = Fractional contribution to site
]
l bour.dary noble gas dose rate from the ; i North Vent as calculated in equation
]
2-7. (unitfess). I l 500 = T tal b dy dose rate limit (mrem /yr) O ! 3000 - Skin dose rate limit (mrem />T) ECigy = Total noble gas activity from North Vent grab sample (pCi/ce) O , 2.1287 E+09 = Conversion factor (m8 )(pCi) ,, ' 8 s 8 9 = (1.lE-05 s/m )(10 pCi/pCi) (410,000 cfm)(h min /sec) (2.832E@ cc/ft ) (2-3) Engr H.P.
- g Date Rev.
O i
) ) 2.3.3 Noble Gas Air Dose Technical Specification 3.11.2.2 limits the air dose due to noble gases released in gaseous effluents (from each reactor unit) to ) areas at or beyond the SITE BOUNDARY to:
$ 5 mrad gamma for any quarter i
s 10 mrad beta for any quarter s 10 mrad gamma during any calendar year s 20 mrad beta during any calendar year i l As required by Surveillance requirement 4.11.2.2 these doses are ) calculated at least once per 31 days using the, results of the most recent grab samples for isotopic composition performed in accordance with Specification 3.11.2.1. Due to the incorporation of the ALARA philosophy in the design and operation of the Limerick effluent } systems, release point grab samples may not identify any radio-nuclides. Total release acitvity is based upon the hourly average ) effluent monitor response. As identified, any electronic spiking ! monitor responses may be excluded from the release activity l l l analyses. The monthly dose calculation is performed using the most 1 limiting average annual meteorological dispersion values. The i quarterly doses are based on the summation of the applicable monthly l l results. The annual dose calculations are based upon actual release meteorological conditions as described in Section 2.3.5. The month-ly dose calculations are performed in accordance with the methodol-ogy and calculations below. I l ) Engr H. P. l Date l Rev. ,_. l i
-u- I i
i
.- . ..- . - . .. . _ ~ . . -. .. . . . = . -_ . -
!~ . l l t. I O c,; O Dggg - (0.ll4)(1.lE-5)(472) y [(Fm)(Cig)KF,y)(Ci3y) } Mi (2-16) l Dp3a = (0.114)(1.lE-5)(472) y [(Fw)(Cig)(F sv)(Ci3 y) ] Ni (2-17) l C where: I l Dgig = Gamma air dose from noble gas releases (rad /hr) i j Dela = Beta air dose from noble gas releases (rad /hr) C
- rad-pCi-vr '
0.114 = Units conversion spCi-hr-mrad
- s 1.lE-5 = Highest average annual relative concentration (NE sector) (sec/m8 )
3 472 = Units conversion "min-ce ' l 8
.sec-ft ,
l Fw = Average North Vent flow rate for period of lg release (cfm) Ci w - Concentration of noble gas nuclide i from North Vent effluent (pCi/ce) Fvs = Average South Vent flow rate for period of O release (cfre) Cisy = Concentration of noble gas nuclide i from South i Vent effluent (pCi/ce) l l Mi = Gamma air dose factor for noble gas nuclide i. Values 0 3s l are listed in Table 2-1 -*[,-m Ni = Beta air dose factor for noble gas nuclide i. Values m -m 8 are listed in Table 2-1 _ mg, < Q H.P. Date M6 f Rev. 1 Q
i 2.3.4 Radioiodine and Particulate Dose Caletuations f Technical Specification 3.11.2.3 limits the dose (from each reactor unit) to a MEMBER OF THE PUBLIC from I-131, I-133, tritium, and all radionucl.iles in particulate form with half-lives greater than 8 days in gaseous effluents relemed to areas at or beyond the SITE BOUNDARY to: 5 7.5 mrem to any organ during any calendar quarter 515 mrem to any organ during any calendar year h As required by Surveillance Requirement 4.11.2.3 these doses are c aculated a: least once per 31 days using the results of the con-D tinuous c.3mmsite sample analysis performed in accordance with Spec-ification 3.11.2.1. Due to the incorporation of the ALARA j philosophy in the design and operation of the Limerick effluent 3 systems, these composite samples may not identify any radionuclides. l Total release activity is based upor detectable concentration of the continuous composite samples and average approprNe vent flow dur- .] ing the sampling period. The monthly dose calculation is performed using the most limiting average annual meteorological dispersion values. The quarterly doses are based on the summation of the ap-plicable monthly results. The annual dose calculations are based 3 i upon actual release meteorological as described in Section 2.3.5. The monthly dose calculations are performed in accordance with the g methodology and calculations below. Total organ dose is obtained by the summation of the organ dose from each pathway, i Engr ') H. P. Dite -d Rev. f
)
Q l t ! 2.3.4.1 Ground Pathwsy (O Dopig - (3.6E-6)(472)(l.82E-9)E 35 O "' _, y3, [(F gy)(Qi y)+(Fsv)(Qisv)+(FHMs)(QiHMs) g JDFig3p) (T,) (2-18) 2.3.4.2 Vegetation, Meat, Cow Milk, and Goat Milk Pathwsy O Dypra - (3.6E-6)(472)E O _i E'-(Fgy)(Qigy)(Fsv)(Qi v)(FHMs)(QiHMs)](1 s lE-5)(DFiggp) _
+
_ (T,) (2-19) _;[3, [(F uy)(Qi y)+(F g v)(Qi s v)(FHMs)(QiHMs) s ](1.82E-9)(DFigg ) _ _ .O 2.3.4.3 Inhalation Pathwsy Dipgg = (3.6E-6)(472)E O _ - E
'** [(Fgy)(Qi gy)+(F v)(Qi s )+(FHMs)(QIHMs) sv ](1.1E-5)(DFgyp) +
~
ss _ (T,) (2-20) _ iy3, [(F gy)(Qi gy)+(F sv)(Qisv)+(F ags)(QiHMs) ](1.0E-5)(DFx3p) _ _
- O l
where: GPAR = dose from ground pathway due to release of particu-O lates and iodines (rem) HP o Date J ' Rev. _5_
- O
l lO i g D ypig - dose from vegetation, meat, cow milk, and goat milk pathways due to releases of particulates, iodines, and tritium (rem) Dipga = dose from inhalation pathway due to release of particulates, iodines, and tritium (rem) O ' 3.6E-6
= units conversion factor (hr-mr ~8k] -
472 = units conversion factor "min-c,c ' ssec-ft , O 1.82E highest average annual deposition (ESE sector)
,j T s
.m E = summation for each release time period (unitiess)
O Fw = average North Vent flow rate during release (cfm) Qi w = concentration of nuclide i from North Vent ef-
- fluent (pCi/ce) l Fsv = average South Vent flow rate during release (cfm) 1 lO l Qisy = concentration of nuclide i from South Vent ef- ,
l fluent (pCi/cc) ) i l l F ats = average Hot Maintenance Shop flow rate during release (cfm) ,O
~
QiltMs = concentration of nuclide i from Hot Maintenance Shop effluent (ACi/cc) l l DFn;3 = dose factor for organ type k, age group 1, i pathway number n; dose factors are based on results of a O computer program that is based on and is similar to the NRC program GASPAR; results from this program provide input data in the form of a lookup table - values of DFg, are provided in Table 2-2. i = isotope number (1 through 35) (3 through 17 are lO
- noble gases) k = organ type (1 through 8, where total body = 1, GI tract = 2, bone = 3, liver = 4, kidney = 5, thyroid
= 6, lung = 7, skin - 8)
O Engr H.P. Date MA i Rev. f O
1 !'O I = age group (1 through 4, where adult = 1, teen = 2, lO child = 3, infant = 4) l l n = pathway number (1 through 7) T, = time duration of release (hrs) O 1.lE-5 = highest average annual relative concentration (NE sector) (s/ms) 1.0E-5 = highest average annuti relative depleted concentration 3 (NE sector) (s/m ) lo 2.3.5 Annual Dose Evaluation l Technical Specification 6.9.1.8 requires an Annual Dose evaluation be performed and reported in accordance with Regulatory Guide 1.21 O in the Semiannual Radioactive Effluent Release Report submitted 60 days after the first of each year. This dose evaluation is proc-l l essed by the computer based RM-21A report processor. In the event l lC that this computer model is unavailable, this analysis will be per-formed using the same methodology. The liquid portion of this an-I nual dose calculation is described in Section 1.3 of this ODCM. The l lO annual gaseous dose' calculation uses the same general methodology 1 described in Section 2.3.1, 2.3.3, and 2.3.4 with the exception of meteorology; which is based upon sector average atmospheric disper-si n values using the guidance of Regulatory Guide 1.111 (Section lO C.lc). Finalized hourly values of wind direction, ground level and release elevation wind speed, ambient temperature, and temperature ' ! lapse rate (for P-G stability class) are provided annually using the
- O instrumentation specified in Technical Specification Section 3.3.7.3. These values are calculated for each hour and linked to l
O b Date J$@ l Rev. _5' , lO i l
O the corresponding hourly averaged effluent release rate. Doses are O then calculated for each hour at the various receptors of interest (depending upon release direction). Radioactive material release O activity is calculated as described in Sections 2.3.3 and 2.3.4. Dose at each receptor is accumulated for the year and the maximum dose for plume, inhalation, and ingestion pathways are reported. .O The gaseous effluent dose receptors are listed in Table 2-4 and the dose is calculated using the methodology below. 2.3.5.1 Plume Pathway o DPLNGA = (3.6E-6)(472)E(X/Q),'_ [F 3y)(Qi gy)+(F v)(QIsv) s ] be( ( 'I "* )DFlus)(T,) (2-21) O 2.3.5.2 Ground Pathwsy 3s DcpraA=(3.6E-6)(472)E(D/Q), E [(F 3y)(Qigy)KFsv)(Qis v)4Fus)(QIms) ](DFign)(T,) (2-22) O O i I i 9
)
P o ~ ,e ds Rev. [ l 1 0
l l Q i l l 2.3.5.3 Vegetation, Meat, Cow Milk, Goat Milk Pathway, v DVPARA43.6E-6)(472)Et _2
+
g ~i[1[(Fgy)(Qigy)+{Fsv)(Qicv)+(Fays)(QittMs)IX/Q,](DF un) l (T,) (2-23) ss _ gy3, [(F yy)(Qi gy)+(F 3y)(Ci v)+{FnMs)(QinMs) s }D/Q),(DF ign) _ O 2.3.5.4 Inhalation Pathway Diprax = (3.6E-6)(472)E o _
+
~gp3 [(Fg y)(Qigy)+(Fs v)(Qi sv)+(FHMs)(QiHMs))(E/Ol(DFlun) t ~
- (T,) (2-24) 35
_gy3, [(Fg y)(Qi gy)+(F sv)(Qisv)+(FitMs)(QiHMs) )(X/O dept lun) , , , l O ) where: l Dptuar = annual dose from plume pathway (rem) l D DGPARA = annual dose from ground pathway (rem) l D ypAg3 = annual dose from vegetation, meat, cow milk, and goat milk pathways (rem) l 1 O D ipAgA = annual dose from inhalation pathway (rem) 3.6E-6
= units conversion factor (hr-mr -Ci]
472 = units conversion factor MI"-CC)3
.sec-ft i Engr 4-
~
H. P. O Date . Rev. _1_ D l
O g { = summation for each release time period (unitiess) (X/Q), = relative concentration for time period "t" (s/ms) Fw = average North Vent flow rate during release (cfm) O Qiw = concentration of nuclide i from North Vent effluent (pCi/cc) Fu = average South Vent flow rate during release (cfm) Qisy = concentration of nuclide i from South Vent effluent O (pCi/ce) Ai = decay constant of nuclide i (seed ) dr = distance to receptor "r" (m) tr. = nyerage windspeed for time period t- (m/s) O DFay, - dose factor for organ type k, age group 1, path-way number n; dose factors are based on results of a com-puter program that is based on and is similar to the NRC program GASPAR; results from this program provide input g data in the form of a lookup table - values of DFyy, are provided in Table 2-2. i = isotope number (1 through 35) (3 through 17 are noble gases) k = organ type (1 through 8, where total body = 1, GI O tract - 2, bone = 3, liwr - 4, kidney = 5, thyroid = 6, lung = 7, skin - 8) 1 = age group (1 through 4, where adult = 1, teen = 2, child = 3, infant = 4) O n = pathway number (1 through 7) T, = time duration of release (hrs) F ats = average Hot Maintenance Shop flow rate during release (cfm) O Qi sts = concentration of nuclide i from Hot Maintenance Shop effluent (pCi/cc) (D/Q), = deposition concentration for time period "t" (1/m2) O Engr (sf-Da e Rev. 1 O
.n
,0 l l (X/Qa,,3), = relative depleted concentration for time period "t" C (s/m8) 1 2.4 Gaseous Effluent Dose Projection Technical Specification 3.11.2,4 requires that the VENTILATION FXHAUST O l TREATMENT SYSTEM be used to reduce radioactive material levels prior to discharge when propcted doses from each reactor unit to areas at and beyond the SITE BOUNDARY wou:d exceed 0.3 mrem to any organ in a 31 day 'O l period. The appplicabie gaseous processing systems for maintaining radioactive O material releases ALARA are the Gaseous Radwaste Treatment System and Exhaust Treatment System as delineated in Figures 2-1 and 2-2. l l A dose pro'ection is performed at least once per 31-days by the follow-O ing equation-Dmaxp = (Dmax/d)
- 31d (2-25) lO where:
Dmaxp = maximum organ dose projection for current 31-day period (mrem) Dmax = maximum organ dose to date for current calendar ,O quarter as determined by equation (2-30) (2-31) or (2-32) (mrem) l d = number of days in current calendar quarter at the end i of the release
- O = the number of days of concern l 31d Engr lO H.P. O Date Rev.
5_. lO
=
4 . - - , I I ) i ) 3.0 Special Dose Analysis ! 3.1 Total Dose to MEMBERS OF THE PUBLIC Technical Specification 3.11.4 requires that the annual dose or dose ) commitment to any MEMBER OF THE PUBLIC, due to releases of radioactivity and radiation, from the uranium fuel cycle shall be limited to: O 5 25 mrem whole body or any organ except thyroid l s 75 mrem th>Toid Surveillance Requirement 4.11.4.2 requires that cumulative dose contri-O butions from direct radiation from operations be evaluated when the cal-culated dose from the release of radioactive materials in liquid or gas-eous effluents exceed twice the limits of Specifications 3.11.1.2a, O 3. I1.1.2b, 3. I1.2.2a, 3. I1.2.2b, 3. I1.2.3a, or 3. I1.2.3b. The direet radiation contribution shall be determined by the methodology described below. This methodology calculates the direct radiation contribe.iton O which then must be added to the dose or dose commitment determined in l l i accordance with sections 1.3.1, 2.3.3, and 2.3.4 to determine total dose ! I from all pathways. This evaluation of direct radiation contribution is D in accordance with ANSI /ANS 6.6.1-1979 Section 7. The error using this method is estimated to be approximately 8% The following evaluation is performed for each receptor of concern. l D Dog 3 = DTTLD -D -D IErrL (3-l) 3 fBKG D Engr l H.P. i Date i Rev. J., l O
i l lO l l where: !O Doni = cumulative dose contribution from direct radiation at receptor 1 (mrem) l l l Note: Due to the statistics of radiation measurements and to the conserva-tion of effluent calculations it is plausible that Dog3 may lO yield a negative value. In this situation the value for DDR1 shall be reported as zero (0). DTTLD1 = total dose at receptor of interest (as evaluated by I' ***'" ** "' ) ( * * ) O Note: If there is not a TLD location at the actual receptor location, a more conservative location will be used to evaluate Total Dose. D = mean of the background dose as evaluated by TLDs XBKG O at background sites (mrem) D IErrL = effluent contribution to dose (as evaluated in sec-tions 2.3.3 and 2.3.4.1). Ig 3. 2 Doses Due to Activities Inside The SITE BOUNDARY In accordance with Technical Specification 6.9.1.8, the Semiannual l Radioactiva Effluent Release Report submitted within 60 days after Jamary I f each year sM include an anessment of radiation dou O from radioactive liquid and gaseous effluents to hEhBERS OF THE PUBLIC due to their activities inside the SITE BOUNDARY. W N There is one location within the SITE BOUNDARY that is accessible to 1 hEMBERS OF THE PUBLIC for activities unrelated to the operation of Limerick. This location is the railroad tracle which run along the I O river within the SITE BOUNI/ARY. l The following methodology is used to evaluate dose at this location. g This dose assessment is based on tt.e results of the annual uose evalua-Engr H.P. Date . l l Rev. ' i ! O
l I ? l I i tion as outlined in ODCM Section 2.3.5. The maximum dose calculated l will be reported. ; I DPsax = D33x jqRRx .
- 0.25 (3-2)
) where: DPsax = Dose to MEMBERS OF THE PUBLIC within the SITE BOUNDARY in Sector "X". (mrem) ) Ds ax = Dose at SITE BOUNDARY in Sector "X" (mrem) X/Q SB x = Relative average annual atmospheric dispersion for year of interest at SITE BOUNDARY in Sector "X" (s/m3 ) X/Qggx = Relative average annual atmospheric dispersion for year of interest at railroad distance listed below in 8 Section "X" (s/m ) Sector Distance to Railroad (m) O S % SSW 225 SW MS WSW 225 W 225 WNW 345 g NW 450 0.25 = maximum occupancy factor for railroad (unitiess)
- 4. 0 Radiological Environmental Monitoring Program 4.1 Sampling Program The operational phase of the Radiological Environmental Monitoring Pro-gram (REMP) is conducted in accordance with the requirements of Table 3.12.1-1 of Technical Specification 3.12.1. The objectives of the pro-gram are:
i ) HP Date l Rev. _ !
) <
l
O
- To provide data on measureable levels of radiation and radioactive
- D materials in the site environs
- To evaluate the relationship between quantities of radioactive materials released from LGS and resultant radiation doses to indi-O viduals from principal pathways of exposure.
The sampling requirements (type of samples, collection frequency, and analysis) and sample locations are presented in Appendix B. 4.2 Interlaboratory Comparison Program Technical Specification 3.12.3 requires analyses be performed on radioactive material supplied as part of an Interlaboratory Comparison. l l Participation in an approved Interlaboratory Comparison Program provides I a check on the. preciseness of measurements of radioactive materials in l environmenial samples. A summary of the Interlaboratory Comparison Pro- l l gram results wil! be provided in the Annual Radiological Environmental i o l l Operating Report pursuant to Technical Specification 6.9.1.7. l
)
1 lO l l l l O 1 1 l l l O HP / oate p f Rev. 1
;O
,w _ e
!O i .O i. l 4 4 4 40 1 1 r jo TABLES a
!O i,
1 f i 1 )
)O 4
1 I l f ] iO 4 1 e i i i 4 10 1 1 i i l 10 i I J l l 1 i 4 Io l l l 4 jO 1 i l i
e l l TABLE 1-1 0 : INGESTION INDIVIDVAL DOSE FACTORS (Daipj) FOR LIQUID EFFLUENTS ! 1 g UNITS FOR ALL INGESTION PATHWAYS ARE: 3 mrem /pCi g O l O j l O l l l 0 I O 1 0
O LIOUIC LO55 *ACT325 1 CATA FACM 7A3.i 2-11 C8 455. GJ13E 1.107 gy IN0ii7*0N 35E FACTORS FJR AJUL7: f0N! LIviR T. 20?T 7MYRC:0 r,I 3 N ! Y LUNG 3I-LLI n3 01+ 0.030:+00 1 0503-37 1.350i-07 1.050i-07 1.C30!-07 1.C5Ci-07 1.0505-07 1424
- 2. 2 4 91- O e 5.650:-37 5.6305-37 5.6302-37 5.63Ci-07 5.6302-07 5.6301-07 232 1.7305-36 1 7002-36 1.7002-06 1.7304-06 1.70Ci-06 1.7005-06 1.7005-06 OA>1 1.930:-)+ 1.200i-35 7.4305-06 C.000!+0C C.03 Cia 0C 0.000!+00 2.170i-05
() Mh34 0.00Ci+ 30 C.0 30i+ 00 2.6303-09 1.:30c-09 5.960!-10 3.5305-07 6.690!-07 MN56 0.0 0 Ci+ 0C 4.57Ci-06 E.720E-J7 0.030i+00 1.350i-06 0.000i+00 1.400E-05 8663 C.000i+00 1.1502-07 4 0*0E-06 0.CJC2+JO 1.4503-07 0.000!+00 3.6706-06 Fi39 2. 7 C !- 0 6 1.90Gi-J6 4.4305-37 C.000!+00 C.C3Ci+0C 1.0603-06 1.090E-06 C036 4 3601-J4 1.0202-35 3.110i-06 C.03CI+0C C.030i+00 2.3505-06 3.4005-05 C060 C.03C1+3C 7.420i-07 1.47C:-J6 0.030!+00 0.000i+0C 0.000i+00 1.5105-05 41o3 0. 000i+ 0 0 2.1+02-06 6.72CE-J5 0.030i+30 0.000!+0C 0.003E+00 4.020i-05 () Nio; 1 333i-04 9.013i-06 4.3501-06 0.000i+0C 3.03CI+0C 0.000!+00 1.5302-06 OL6* 5. 2 3 01- 3 7 6. d s 0 5- 3 d 3.13 0 !-0 6 0.C OC * + 03 C.000i+ 00 0.0J02+00 1.7431-06 0.000:+JO !.230i-04 3.i10i-Je 0. C 0 0 i + 0 0 2.13 0 5-0 7 0.000!+30 7.1JJi-06 1Nc3 Nov 4. J 4 0I- 3 6 1.5405-05 o.i60s-0e 0.000i+00 1.CJCi-05 0.000!+30 9.7J01-06 sad 5 1 0305-04 1.3701-3d 1.370:-33 J.03Ci+00 1.230i-39 0.000i+00 2.9602-39 oKd4 C.000i.00 0.0 0 0 i+ JO 6.0201- 3 3 C. 0 0 0 i+ 00 0. 0 30 i+ 0 0 0. 0 00i+ 00 5.7905-08 C.03Ct+3C C.C];i+3C 5.;10c-34 0.C3Ci+0C C.030!+00 0.000i+00 4.0305-13 ass 5 C) 4 26 C. 0 0 Ci+ 3 C 0. 0 0]i+ JO 2.14 0 !- 39 0.000i+00 0.000!+00 0.000i+00 0.000i+00 C.0 00:+ OC 2 1103-35 9. 205-36 0.0005 00 0.0001 00 0.0JCI.00 4.1605-o6 ABJ6 4333 0.0JCi+0C 6.0205-39 3.2105-08 0.000!+00 0.0J0!+0C 0.000i+00 3.360E-19 5d33 0. 0 3 5 + 0 0 4.0105-02 2.S20f-05 0.000!+00 0 030E+00 0.000i+00 2 3306-21 SR90 3. C 5 0i- 34 0.000i+30 2.560i-36 0.C30i+0C 0.000!+00 0.000i+00 4.940E-05
- 7. 5 3 0!- 33 0.0 0 0 3+ 00 1. 3 6 0 5-03 0. 0 0 0 ! + 0 0 0. 0 0 Ci+ 0 0 0. 0 0 0 E + 3 0 2.19 01-0 4 ik91 5.6700-06 C.C30!+30 2.2904-07 0.0002+1C 0.030E+00 0.000E+00 2.7005-05 i
5292 () Y30 2.150i-06 0.000i+3C 5.3003-Jo 0.000!+00 0.030!+0C C.000!+J0 4.260s-OS T91M 3.12 Ci- J i C.C00"+00 2.5902-10 0.C30i+0c 0.03Ci+0C 0.000i+30 1.020!-J4 751 9.0503-11 0.0002+00 3.5205-12 0.00C8+00 0.000i+00 0.000i+C0 2.670E-10 fi2
- 1. 41 C i- 0 7 0.0002+00 3.7702-05 0.000i+00 C.00C1+0C C.00Ci+00 7.6705-05 YiJ 1.6502-10 0.030i+JC 2.4705-11 0.00CI+00 0 030i+0C 0.000!+00 1.480!-05 2A53 J . 6 3 Ci- 0 9 0.000i+00 7.600E-11 C.000!+0C 0.03Ci+30 0.000i+30 8 5001-05 3.040i-08 9.73;i-07 6.6302-39 C. 0 0 0 !+ 0 0 1. 5 3 0 i-0 3 0.000i+30 3.030E-05 2Rv7
() Nei) 1 43Ci-19 3.1705-10 1.5504-1C 3.C 0 Ci+ 0 0 5.12 03-10 0. 0 00i+ 00 1. 050!-04 M0li 6.2201-29 J.46C3-09 1.540!-01 0.C30i+C0 3.1201-09 0.000!+00 2.100E-05 T C d14 0 000i+ 30 4 310i-06 5.2005-07 C.000i+00 9.7401-06 0.000i+30 9.990E-06 7C101 2.473i-10 6.9305-10 8.5901-09 0.030i+00 1.0605-08 3. 4 2 0 !-10 4.13 0 E-0 7 4L*03 .5401-10 3.660i-10 3.5305-39 0.030!+00 6 5305-09 1 870E-10 1 1005-21
<ul05 1. d 5 01- 3 7 0.000!+00 7.9705-03 0.000C+00 7.Cici-07 0 000!+00 2.160E-05 AL106 1.540i-JS 0.0Joi+0C s.0305-39 0.000!+0C 1.99Ci-07 0.000!+00 9.4205-06
() 40113M 2. 7 5 C:- 3 6 0.0J0i+00 2.4306-07 0.000i+3C 5 3104-06 0.000!+00 1.750E-04 ii123M 1 6001-37 1.4s06-07 9.73CE-J8 0.000i+00 2.91C5-07 0.C00E+00 6 040E-05 Ti147M 2. 6 d C I- 0 6 9 170s-07 3.5905-37 3.0$0~-07 1 09Ci-05 0.C00!+00 1.070E-05 T1127 6.77Ci-OL 2.420!-06 8.2505-07 1.7303-06 2.750!-05 0.C00i+00 2.270E-05 7i123M 1.1301-07 3.1503-08 2 3905-08 8.13 0 E-0 8 4.4 3 C i- 3 7 0.000i+00 9.6805-06 Tilli 1 1505-35 4.2iO!-06 1.8204-06 3.950!-06 4 30CI-05 0.000!+30 5.710E-05 7E131M 3.140I-03 1 150!-0! 7.350s-03 2.4103-03 1 3205-07 0.000E+00 2 370!-08 0 76131 1.7303 36 8.4605-37 7.0532-37 1.3403-06 2.570!-06 0.000E+00 8.4005-05 71132 1.970i-32 3.230!-09 4 2205-09 1 6205-08 2 6305-38 0.000E+00 2.7905-09 2.3201 06 1.12CE-J6 1.5305-06 1 4002-06 1.370i-05 0.000!+00 7.710E-05 O O
1 l () l l I I130 7.550i-37 2.2202-06 d.3005-07 1.5)Ci-04 3.430E-06 0.0035*00 1.9202-06 1131 4 1601-06 5.9503-06 3.410c-06 1.950!-03 1.0205-05 0.000i+00 1.5702-06 1132 2.0 30 5- J 7 5.4 3);- 37 1.9305-27 1.9006-05 8.650E-07 0.000i+00 1.C20i-07
- () 1133 1.4201-06 2.4701-36'7.5305-07 3.6305-04 4.3103-06 0.000!+00 2.220E-06 1134 1. C 6 0i- 17 2. 2 ? J i- 4 7 1.0301-37 4.9105-06 4.530!-07 0.000i+00 2.510E-10 I135 4.4301-07 1.1301-Je 4 2305-37~7.5502-C5 1.3502-06 0.000E+00 1.310E-06 C5134 c.2204-05 1.6?03-04 1.21C;-34 0.000i+00 4.7702-05 1.5902-05 2.590E-06 0513= 6. 51 Ci- J e 2.5703-35 1.550t-05 0.CCOI+00 1.430s-05 1.9605-06 2.920E-06 05137 7. 9 7 Ci- ) 5 1.C)CI-J4 7.140E-05 0.C00!+00 3.70C5-05 1.2305-05 2.110E-06 C5135 " .5 2 0 f- O d 1.C303-J7 3.4005-Qa 0.C00!+00 d.0104-09 7.9105-09 4.650E-13
() JA13) 9. 7 0 0 2- 0 3 c . s iC I-11 2.5 0E-09 0.000;+00 e.45CJ-11 3.9205-11 1.720E-07 3A140 2.0305-35 2.5503-06 1.33C1-05 0.000i+30 8.6700-09 1.4605-08 4.1305-05 SA141 4. 710i- 0 8 3. 5 6 C J-11 1.570E-J9 0.000i+00 3.3101-11 2.0205-11 2.220E-17 6A142 2.150!-03 2.130!-11 1.34C5-09 0.000i+00 1.8505-11 1.2401-11 3.000E-26 LAl*G 2.5 0 C5- 0 9 1.2>Ci-09 3 33Ci-10 0.000!+00 0.00Ci+00 0.000i+00 9.250E-05 LA142 1.23C1-10 5.8202-11 1.*201-11 0.000i+00 C.000!+00 0.000i+00 4.2506-37 OE141 9 3 6Ci-09 6.3305-39 7.1305-10 C.C 00 i+ 30 2.940 5-09 0.000E+00 2 420i-05 () 0i143 1.550:-01 1.220i-36 1.350!-10 0.000i+00 5.3705-10 0.0002+00.4.5602-05 0214. 4. 3 3C!- J 7 2.060!-J7 2.620i-08 0.C00!+00 1.210E-07 0.000E+00 1.650E-04 PR143 9. 2 0 Ci- 0 9 3.6703-09 4.5603-10 0.CJ0E+00 2.1305-09 0.000!+00 4.0307-05 92144 3. 01 C i- 11 1.2303-11 1 3305-12 0 000!+00 7.0505-12 0.000!+00 4.330E-18 NC147 a . 2 9 01- 0 9 7.4703-0) 4.3501-10 0.;00i+00 4.25CE-09 0.000E+00.3.490E-05 d137 1.C30i-07 8.6105-06 3.010E-38 0.000i+00 0.00CE+0C 0.000i+00 2.8205-05 NP23) 1 130i-09 1 1705-10 e.4505-14 0.000:*00 3 65CE-10 0.000!+00 I.400E-05 . () NONE C.00Ci+JO 0.000i+JO 0.000i+0C 0.000i+00 0 00Ci+00 0.000!+00 0.000E+00 NONE C.J C C:+ JC 0.000!+00 0.000E+00 0.000i+00 0.00Ci+00 0.000E+00 0.000i+00 O O O O O e O
! () LIOUIC 005! SUTORS f l OATA FRCM TA$Li i-12 C3 1:3. GU:06 1.109 () I h 5 E S T I O.4
- O i! FaCTC45 FJR TitN:
( 2011 L *VIK T. 303Y TMYECIO K10N!Y LUNG O!-LLI H3 0.000i+0C 1.0202-07 1 060e-07 1.060i-07 1.0105-07-1.060E-07 1.060E-07 Cl* 4. C 6 0 * - 0 6 3.12C2-07 f.120E-07 5.1205-07 9.1202-07 E.1205-07 S.1205-07 NA24 2.3002-06 2 300i-06 2 3002-06 2 2005-06 2.3005-06 2.2005-06 2.300E-06 F32 c . 7 6 0 3. - 0 4 1.7102-J5 1.0701-03 0.000E+00 C.0002+0C 0.00Ci+00 2.3205-05 () CR5) 0.0 0 C2+ JO 0.0002+00 3.t005-01 1.000~-09 7.8905-10 5.140!-09 6.050E-07 AN54 0.0 0 Ci+ 0 C ).900i-06 1.170s-06 0.000i+00 1.760s-06 0.000E+00 1.210E-v5 MN56 0.00Ci+00 1.3i0i-07 2.8106-03 0.0005+00 2.0005-07 0.000i+00 1.0405-05 Fh53 3. 7 30i- J 6 2.6301-J6 6 250i-07 0.C0Ci+00 0.000!+00 1.700E-06 1.160E-06 Fc59 5.570i-06 1.3705-35 5.290i-06 0.000i+00 0.000E+JO 4.320E-06 3.240E-05 C058 0.0 00i+ 0 0 9.72Gi-J7 2 2'.05-On C.000S+00 0.00Ci+0C 0.000i+00 1.340E-05 C069 0. 0 0 Ci+ 0 0 2. d10 i-06 6.330!-06 0.000E+00 0.0JCE+00 0.000E+00 3.660E-05
' C3 NI63 1.770d-04 1 610i-05 6 0005-06 0.000i+00 0.000E+00 0.000i+00 1.9)Ci-06 N163 7. 4 io:- 0 7 9.5702-03 4.3502-35 0.C002+00 0.000i+00 0.000i+00 5.1305-06 CLo* C.0 00i+ 0 C 1.1002-07 5.4101-03 0.000!+00 2.9102-07 C.000i+00 d.9205-06 IN65 1. 7 0 0 !- Je 2.000i-05 7.3305-06 0.000i+C0 1.2!CE-05 0.000E+00 8.470E-06 ZN69 1.4705-03 2.3005-0d 1 7005-09 0 000i+00 1.8305-08 0.000!+00 6.160E-03 ok33 0.000!+0C 0.C00i+00 5.760:-JS 0.000:+00 0.00Ci+00 0.000E+00 0.000E+00 SA34 C. 00CF + 0 0 0.00Cf+0C 7 220s-05 0.000i+00 0.00C2+00 0.000E+00 C.000i+00
() hRd5 0.000!+0C 0.CJC2+00 3.050i-0] 0.0005+00 0.000E+00 0.000!+00 0.000E+00 4586 0. 0 00i+ 0 0
.93Gi-35 1.4J05-J5 0.000E+00 C.000E+00 0.000E+00 4.410E-06 A38d 0.0 0 Ci+ 0 0 6. 6 2 0 i-0 6 4 5 4 0 3-0d 0,000f+00 C.00CE+00 0.000E+00 7.3002-15 A639 C.000E+ 00 5.5002-08 3 8906-08 0.C00i+00 0 00C!+0C 0.000E+00 8.430E-17 5R89 4.4006-04 0.000i+00 1 260E-05 0.000i+00 0.000E+00 0.000E+00 5.2405-05 Sk90 f.300i-03 0.000i+0C 2.05C2-03 0.000i+00 0.000i+00 0.000i+00 2.3305-04 SR91 3.070s-06 0.00Ci+00 3 2102-07 0.00Ci+00 0.000i+00 0.000E+00 3.660E-05
() sri 2 3. 0 3 C4- 0 6 C.C00i+00 1 3006-07 0.000!+00 0.00Cf+0C 0.000i+00 7.7705-05' f90 1. 3 7 0 5 - 0 d 0.000i+00 3 6905-10 0 000E+00 0.000E+00 0 000!+00 1.130E-04 Y91M 1.2905-10 C.000i+00 4.9305-12 0.000E+0C 0.00Ci+00 0.000i+00 6.010E-09 Y91 f92
- 2. 01 Ci- 0 7 0.000i+00 5 3905-09 0.000i+00 0.00C!+0C 0.000!+00 8.240E-05 Y93 1.21Ci-09 0.000f+00 3 50Ci-11 0.C00E+00 C.00CE+0C 0.000!+00 3.320E-05
- 2. h 3 C i- 0 9 0.00:5+00 1 03:1-10 0.000E+00 0.00Ci+0C 0.0005+00 1.170E-04 2R35 4.1205-06 1.2006-08 8 . 9 '. 0 5 - J 9 0.000i+00 1.9105-03 0.000E+00 3.0006-05
() 2A57 2.370s-09 4.690i-10 2 160s-10 0.000!+00 7.1101-10 0.000i+C0 1 270E-04 ) 1 Na95 8.220i-09 4.560i-09 2 5101-09 0.000E+00 4.4201-09 0.000i+00 1.9505-05 Aci9 l C.00Ci+ 0C 6.0305-06 1.1505-0e 0.000E+00 1.3305-05 0.000E+00 1.030E-J5 i TC99M 3.3202-10 9.2605-10 1.20Ch-09 0.000i+00 1.3305-03 5.1406-10 6.030E-07 l TC101 3. 6 0 Ci- 10 5.12 0 5-10 5. 0 3 0 i-0 9 0.000i+00 9.26Ci-0) 3.1202-10 8.750E-17 l RU103 2.!502-07 0.000i+00 1 0905-07 0.000i+00 8.9905-07 0.000E+00 2.130E-05 ' AL105 2.13 0 f- 0 5 0.000i+JC i.4o03-03 0.000i+00 2.75CE-07 0.000i+00 1.750E-05 () Rut 06 3. 9 2 CI- 0 6 0.C00i+00 4.940E-07 0.000E+00 7.56CE-06 0.000s+0C 1 3305-04 AG110M 2.0505-07 1.940i-07 1 13Ci-07 0.000!+00 3.7005-07 0.000!+00 5.450E-05 Til25M 3 3 305-J6 1. sic 2-06 5 120i-07 1 0701-06 0.00Cf+0C 0.000i+00 1 1305-05 TcA27N 3.6703-06 3.4302-06 1.1505-06 2.0005-06 3.920i-05 0.000!+00 2.410E-05 TE127 1. 5 3 C 3. - 0 7 5.600i-09 3.4002-03 1.0905-07 4.40CE-07 0.000i+00 1.220E-05 Til2ik 1.6301-05 6.0503-06 2.53C5-06 3.2o03-06 6.020E-Of 0.000E+00 6.120!-05 7612) 4.630 - 0! 1.670!-08 1 090E-Od 3 200i-03 1.3306-07 0.000i+00 2.450!-07
. () TE131M 76131 2.4402-06 1.1702-06 9.7605-07 1.7601-06 1.2201-05 0.000!+00 9.390E-05 TE132 2.7906-Os 1.150i-03 8.7202-09 2.1505-08 1.220E-07 0.000!+00 2 290E-09 3.470i-06 2.210i-06 2 0502-06 2.330i-06 2 120f-05 0.000!+00 7.000E-05 O
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m g 1130 1. 0 3 0 t- 0 6 2.1301-06 1.1901-06 2.4301-04 4.510E-Oo 0.000E+00 2.290E-06 1131 5.3505-06 8 1'05-06 f 4.600h-06 2.390i-03 1 410E-05 0.000i+00 1.6205-06 I132 2. 7 3 0 ~- 07 7.3005-07 2.620i-07 2.46Ci-05 1.150E-06 0.000E+00 3.1305-07 1133 2.010i-06 3.6105-06 1.04C5-06 4.750i-04 3.980E-06 0.000i+00 2.5302-06 () 2134 1. 4 o c c- 0 7 3.670s-07 1.31C1-07 6.4505-06 6.1005-07 0.0er.!+00 5.100E-09
~135 c .10 C i- 0 7 1. 5 7 U 1- 0 6 5.620i-07 1.0102-0* 2.40C5-06 0 000.S+00 1 7402-06 C3134 f . 3 701- 0 5 1. 5 7 C 2-0 4 9.1 05-J5 0.000E+0C 6.2$05-05 2.390E-05 2.450E-06 C5136 E. 5 90 -0 6 2.3303-05 2 2701-05 0.000i+00 1.3405-05 2.9005-06 2.7205-06 C513T 1.1202-04 1.4902-04 5.110c-05 0.000!+0C 5 0705-05 1.9705-05 2.1206-06 C513; 7. 7 5 C 5- 09 1.4 #0 5-0 7 7.4502-08 0.C00i+CG 1 100E-07 1.260!-08 s.750E-11 5A139 1.3701-07 9.7:C3-11 4.0503-09 0.C000+00 5.2205-11 s.7405-11 1.240E-06
,{) oA140 2. d 403-0 5 3.4 30 2-0 d 1.6306-06 0.C00!+00 1.130E-08 2.3602-09 4.380d-05 34141 6.710i-05 5.010i-11 2.2405-09 0.000!.0C 4.6?ci-11 3.4333-11 1 630!-13 bal*2 2.130i-06 2.93Ci-11 1.5405-05 0.000!+00 2.53Ci-11 1.9905-11 9.1306-20 LA140 3.4 3 Ci- 09 1.71C5-09 4.35Ci-10 0.C00!+00 C.00CE+00 0.000E+00 9.3205-05 LA142 1.7903-10 7.9503-11 1.9805-11 0.000i+00 0.000i+0C 0.0005400 2.4205-06 C4141 1.2301-06 d.ii0:-03 1 020i-JS 0.000i+00 4 1505-09 0.000i+00 2.5405-05 Cc143 2.350s-09 1.7102-06 1.9106-10 0.000!+00 7.670!-10 0.000!+00 5.1405-05 .() Ci144 6 960i-07 2.6d05-07 3.7405-02 0.C00C+00 1.7203-07 0.000i+00 1.750s-04 PR143 1.310i-06 5.2305-09 6.220i-10 0.0C0i+00 3.040E-09 0.000f+00 4.3101-03 PR144 4.3006-11 1.760s-11 2.130d-12 0.000i+00 1 010E-11 0.000E+00 4.7605-14 NC147 3 3305-09 1.020~-03 6.1105-10 0.000i+00 5. 910 5-C 1 0.000i+00 3.630E-05 1 d187 1.4602-07 1.130s-07 4.170s-03 0.000i+00 0.000s+00 0.000!+00 3.220i-05 NF239 1.7605-09 1.6302-10 9.2206-11 0.000t+C0 5.2105-10 0.000i+00 2.6701-05 NONE 0.0 00i+ 00 0.C J 0 2+ 0 0 0.0 0 0!+ 0 0 0. 0 0 0i+ 00 0. 00 0!+ 0 0 0. 0 0 0i+ 00 0. 0 00 E+ 00 I) NCNE C.00 0i+ 0C 0.0 00 2 + 00 0 0 0Ci+0 0 0.000i+00 0.000i+ 0 0 0.000E+ 0 0 0.000E+00 l l
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O LIQUIO 00SE F ACT OR S DATA FRCH TA3Le i-13 0F RES. GJICE 1.109 4 INGESTION 00S! F ACTORS F OR CnILD: SCNE LIYdR T. 300Y TMYROIC KIONEY LUNG GI-LLI M3 0 000i+ 00 2.030!-07 2.0305-07 2.0305-07 2.030E-07 2.0 30 E-07 2 0 30 E-07 Cl* 1.210i-05 2.420i-06 2.420E-06 2.420E-06 2.42CE-06 2.420E-06 2.420E-06 N424 5.8006-06 5.800f-06 5.S005-06 5.iOCE-06 5.800E-06 5.300E-06 5.3005-06 9 P32 2.250s-04 3.3003-05 3.1305-05 0.000E+00 0 000!+00 0.000i+00 2.280E-05 CR31 C.0 00!+ 0 0 0.0J0 E+ 0C 8.900E-09 4.940i-09 1.3506-09 9.020E-09 4.720E-07 MN54 0.00Ci+ 00 1.070i-05 2.8506-06 0.000E+00 3.000E-06 0.000E+00 8.980E-06 Mh56 C.00Cf + 00 3.3405-07 7.540E-08 0.000E+00 4.040h-07 0.000E+00 4.8405-05 FE55 1.15 0 E- 0 5 6 1005-06 1.8905-06 0.000E+00 0.000E+00 3.450!-06 1.130E-06 FE59 1.6502-05 2.670s-05 1.330E-05 0.000E+00 C.000E+00 7.740E-06 2.780E-05 C058 C.000E+ 00 1.800:-06 5.510E-06 0.0002+00 0.00CE+00 0.000E+00 1.050E-05 O C060 0,00 0E + 0 0 5.2903-06 1.560E-05 0.000!+00 C.000E+00 0.000E+00 2.9305-05 NIo3 3.3305-04 2.8903-05 1.8305-05 0.000!+00 0.000E+00 0.000E+00 1.940E-06 N165 2.2205-06 2.0905-07 1.220E-07 0.000i+00 C.000E+00 0.000E+00 2.560E-05 CU6' O.0 0 0E + 0 0 2. 4 5 0 5- 07 1.4805-07 0.000E+00 5.920E-07 0.000E+00 1.150E-05 INo5 1.370s-05 3.6505-05 2.270E-05 0.000E+00 2.300E-05 0.000i+00 6.410E-06 IN69 4.3306-08 6.3305-08 S.E50E-09 0.000E+00 3.84CE-08 0.000E+00 3.990E-06 0 8kd3 C.000E+00 0.000i+00 1.710E-07 0.000E+00 0.000E+00 0.000E+00 0.000E+00 3Rd4 0.000E+00 0.000E+00 1.93Ci-J7 0.000!+00 0.000E+00 0.000i+00 0.000E+00 SRSS C. 0 0 0i+ 00 0.0 00 E + 00 9.120 3-0 5 0.000f+00 0.000E+00 0.000E+00 0.000E+00 ] 2836 C.0 00i+ 0C o.700E-05 4.120E-05 0.000E+00 0.000E+00 0.000E+00 4.310E-06 R$88 0. 0 0 0i+ 0 0 1.9006-07 1.3205-07 0.000i+00 0.000E+00 0.00Cs+00 9.320E-09 R889 0.0 00i+ 0 C 1.1705-07 1.0405-07 0.000E+00 0.000E+00 0.000i+00 1.020E-09 SRd9 1 3205-03 0.000!+00 3 770E-05 0.0002+00 0.000E+00 0.000E+00 5.110E-05 g 2R90 1.7005-02 0.000!+00 4.310E-03 0.000E+00 0.000E+0C 0.000i+00 2.290E-04 SR91 2. 6 0 0 E- 0 5 0.000i+00 9.06CE-07 0.0COE+00 0.000E+00 0.000i+00 5 300E-05 5R92 9. 0 3 0E- 0 6 0.000E+00 3.620E-07 0.000E+00 0.000E+00 0.000E+00 1.710E-04 Y90 4.110 f- 0 8 0.000!+00 1 100E-09 0.000E+00 0 000E+00 0.000!+00 1.170E-04 791M 3. 3 2 05-10 0.0 0 0 i+ 0 0 1.390E-11 0.000E+0C 0.000E+00 0.000!*c0 7.650E-07 Y91 6.0205-07 0.000i+00 1.6105-08 0.000E+00 0.000E+00 0 000i+00 8.020E-05 f92 3 6006-09 0.000E+00 1.030E-10 0.000E+00 0.00CE+0C 0.000E+00 1.c405-04 g f93 1.1402-08 0.000E+00 3.1305-10 0.000E+00 C.000E+00 0 000E+00 1.700E-04 2293 1.1602-07 2.5505-08 2.270E-08 0.C00E+00 3.630E-08 0.000E+00 2.660E-05 2R97 6.99CE-09 1.0105-09 5.9601-10 0.000E+00 1.45Ci-09 0.000E+00 1.530E-04 N895 2 2503-08 8.760i-09 6.2605-09 0.000d+00 3.230E-09 0.000E+00 1.620E-05 M099 0.000d+00 1.330E-05 3.290E-06 0.000E+00 2.840E-05 0.000!+00 1.100E-05 TC99M 9. 2 3 0E- 10 1.810!-09 3 000E-08 0.000E+00 2.630E-08 9.19 0 E- 10 1.030E-06 TC101 1.070!-09 1 1205-09 1.4206-08 0.000E+00 1.91CE-08 5 9205-10 3.560E-09 Q RU103 7. 310 3- C 7 0.000!+00 2.810E-07 0.000E+00 1.840E-06 0.000E+00 1.890E-05 RU105 6.45CE-08 0.000!+00 2.340E-08 0. 0 0 0 E+ 0 0 5.67 C E-07 0.0 0 0!+ 00 4.210E-05 RU106 1.17 05- 0 J 0.000i+00 1.460E-06 0.000E+00 1.580E-05 0 000E+00 1.820E-04 AG110M 5 390!-07 3.6405-07 2.910E-07 0.000!+00 6.7305-07 0.000E+00 4.330E-05 TE123M 1.1405-05 3.0905-06 1.520E-06 3.2006-06 0 000E+<3 0.000E+00 1.100E-05 TE127M 2.!906-05 7.7805-06 3.430E-06 6.910i-06 8.2405-05 0.000E+00 2.340E-05 Til27 4. 710E- 0 7 1.2 7 0 5-0 7 1.010E-07 3.260E-07 1.340E-06 0.000E+00 1.840E-05 Q TE129M 4. 8 7 0 E- 0 5 1 3605-05 7.560E-06 1.570E-05 1.430E-04 0.000i+00 5.940E-05 T6129 1.3405-07 3.7403-08 3.180E-08 9.3 6 0 5-0 8 3. 9 2 C E-07 0. 0 0 0i+ 0 0 8. 34 0 E-0 6 TE131M 7.200E-06 2.490E-06 2.650E-06 5.120E-06 2 410E-05 0 000E+00 1.010E-04 1 TE131 i.3005-03 2.530E-08 2.4702-08 6.350E-08 2.510E-07 0.000!+00 4.360E-07 Ti132 1.010i-05 4.4705-06 5.4005-06 6.510E-06 4 15 0 E- 0 5 0 000!+00 4.500E-05 0 0
O I130 2.9202-06 5.9005-06 3.0405-06 6.500E-04 8.820E-06 0 000E+00 2.760E-06 1131 1.720s-05 1 7305-05 9 830E-06 5 7205-03 2.840E-05 0 000E+00 1 540E-06 1132 8.000E-07 1.4705-06 6.7602-07 6.820E-05 2.2505-06 0.000E+00 1.730E-06 I133 5. 9 2 0E- 0 6 7.3206-06 2.770E-06 1.360E-03 1.220E-05 0 000E+00 2 950E-06 J 1134 4.1906-07 7.7303-07 3.5206-07 1.1905-05 1.190E-06 0.000E+00 5 160E-07 1135 1.750s-06 3.1502-06 1.4902-J6 2.790E-04 4.830E-06 0.000E+00 2.400E-06 CS134 2.3402-04 3.d405-04 8.1003-03 0.000E+00 1.1105-04 4.270E-05 2.070E-06 C5136 2. 3 5 02- 0 5 6.'4 6 0 2-0 5 4 18 0 2-0 5 0. 0 0 0 2+ 0 0 3 4 40 2-0 5 5.1302-06 2.270E-06 C5137 3 270E-04 3 1305-04 4 620E-05 0.000!+00 1.0205-04 3.6702-05 1.960E-06 CS133 2.2802-07 3.1702-07 2.0103-07 0.000!+00 2.2303-07 2.400E-08 1.460E-07 8A139 4.1402-07 2.2105-10 1.200E-08 0.000i+00 1.930E-10 1 300E-10 2.390E-05 3 8A140 d. 310!-0 5 7.2 $ 0 5-0 8 4. 0 5 0 E-0 6 0.0 00 !+ 00 2.37 0 3-0 9 4.3405-08 4.210E-05 BAl*1 2.0006-07 1.1201-10 6.510E-09 0.000E+00 2.630E-11 6 530E-10 1.140E-07 l 3A142 8. 7 40E-0 6 6. 2906-11 4.BSOE-09 0.0002+00 5.090E-11 3.7006-11 1.1405-09 ) LA140 1. 010 E- 0 8 3.5302-09 1.190E-09 0 000E+C0 0.000i+00 0.000!+00 9.840E-05 i LA142 5 240E-10 1 6705-10 5.230E-1a 0.000i+00 0.000E+00 0.000E+00 3.310E-05 ) Ci141 3.970!-08 1.930E-08 2.9405-09 0.000E+00 8.6d0E-09 0.000E+00 2.470E-05 ' Cc143 6.9505-09 3 790!-06 5.490E-10 0.000E+00 1.590E-09 0.000E+00 5.550E-05 II Ci144 2. 0 3 0 E- 0 6 6.520s-07 1.110E-07 0.000i+00 3.610E-07 0.000E+00 1.700E-04 , PR143 3 9 3 0E- 0 8 1.19 0 5-0 8 1.9 5 0 d-09 0. 0 00 E+ 00 6 3 90 E-09 0 000!+0C 4.240E-05 I PR144 1.290i- 10 3.9506-11 6.490d-12 0.000E+00 2.110E-11 0.0002+c0 8.590E-08 N0147 2.1906-01 2.2605-08 1.750E-09 0.000f+00 1 2405-08 0.000E+00 3.5805-05 W187 4.290C-07 2.540 s-07 1 140E-07 0.000E+00 0.000E+00 0.000!+00 3.570E-05 NP23) 5 2303- 0 9 3.7 7 0 5-10 2.65 0 6-10 0.0 00 i+ 0 0 1.090E-09 0.000E+00 2.790E-05 NCNE 0.0 00i+ 00 0.000i+ 00 0.000E+00 0.000E+00 0.000!+00 0.000E+00 0.000E+00 NONE 0.000E+00 0.000i+00 0.000E+00 0.000i+00 0.000E+00 0 000E+00 0.000E+00 I l S 1 ) ) e ) 1 .
O LIQUIC 0355 FACTORS DATA FROM 7ABLi i-14 C: Ri). G 'J I O ! 1.109 D ~ 1ha!57ICN 3:39 FACT 025 F3R INFtN7: 60Ni L*VIR T. 303Y 1MYROIO KI3NiY LUNG SI-LLI t d3 0.00Ci+0C 3.0 MJ-07 3.Osci-07 J.3603-07 3.030i-07 3 03C1-07 3.030E-37 i C1+ 2.370i-05 5.0201-06 5.0605-06 s.050!-06 5.060i-06 5.0605-06 5.0605-06 NA24 1.0103-05 1.01Ci-05 1.010!-05 1.0105-05 1.0105-05 1.0105-35 1.010f-05 () P32 1.7006- 33 1.0302-34 6.590i-J5 0.0003+00 0.00Ci+00 0.000!+00 2.300E-05 CR51 C. 0 3 0i + 0 0 0. 0 0 0 i+ 0 0 1. 410 i-0 6 9. 2 00 5- 01 2.C105-0a 1,790s.08 4.1106-07 MN54 C.000i+ 00 1.9103-05 4 510c-06 0.00Ci+00 4.4103-06 0.000i+00 7.3101-06 l MN56 0. 0 0 0i+ 0 0 3.1305-37 1.410i-07 0.0 00i+ 00 7. 01CE- 0 7 0.000!+00 7.430E-05 FiS$ 1.390:-05 s.950i-06 2.430c-06 0.000i+0C C.0JCi+00 4.390E-Oo 1.1405-06 l FE59 3. 0 d 0 s- 0 5 5.3302-05 2.120f-05 C.000E+00 C.C3CE+0C 1.5901-05 2.570E-05 l C058 0. 0 0 0!+ 0 0 3.600i-06 8 1905-06 0.000!+00 C.030!+00 0.000!+00 8.9705-06 ^)( CG60 0. 00 04 + 0 C 1.Co0f~)5 2.Sa0!-35 0.030!+00 C.03CE+30 0.000i+00 2.570E-05 N163 6 3405-04 3 9201-35 2 200i-35 0.C30!+00 C.030!+00 0.000!+00 1.9505-3o NI65 4.700!-36 5.3M *-07 2.420!-07 0.000i+00 C.000i+00 0.0J0i+00 4.0505-35 Cu64 C.0]Ci+ 0C 6.C90i-07 2.22Ci-07 0.C00f+00 1.0305-06 0.000!+00 1 250E-05 l IN65 1.!'05-05 e.310i-J5 2.91Ci-35 0.000!+JC 3.0505-05 0.000i+00 5.3305-05 i LN69 9. 3 3 Ci- 0 4 1.6502-07 1.2302-03 C.000!+0C 6.930E-38 0.000i+00 1.370s-05 3283 0.30Ci+0C 0.0J0!+00 3.630i-37 0.000E+00 0.03Ci+00 0.000i+00 0.000i+00 () 3Rd4 0.00C*+00 0.000i+30 3.4005-07 0.000!+00 C.000i+00 0.000f+00 0.000i+00 oRd5 0. 0 0 0i+ 0C 0.030i+00 1.9402-03 C.000i+00 C.000i+00 0.000E+00 0.000i+00 4536 0. 0 0 0!+ 0 0 1.7 3 01-04 E.4305-05 0.000!+00 0.030i+00 0.00Gi+30 4.350E-36 R8aC 0 00 Ci+ 0 0 4. 9 9 0 3-3 7 2. 7 3 01-3 7 0. 0 0 0 i+ 0C C.000i+00 0.000!+]0 4.8505-07 R6d1 C.000E+ 00 2.8605-07 1.97Ci-07 0.000i+00 0.000i+00 0 000i+00 9.7401-08 SRd1 2 3105-03 0.000i+00 7.200E-05 0 000!+30 0.00Ci+30 0.C00i+00 5.150s-05 3R90 1.850I-02 0.000i+00 4.7102-03 0.C00!+30 0.00Ci+00 0.000!+00 2.310!-04 () SR91 5.0005-05 0.0J0i+30 1.310E-3e 0.000!+00 C.000!+00 0.000!+00 5.9205-05 SR92 1.9205-05 0.030!+00 7.1305-37 0.0005+00 0.03Ci+0C 0.000E+00 2.070E-04 Y10 3 6905-08 0.000i+00 2 333:-09 0.000E+00 C.00Ci+0C 0.000!+00 1 2005-04 Y91M 1.1 C 0;- 10 0. 0 0 0 i+ 0 0 2.7aci-11 0.000!+00 0.000i+30 0.000i+00 2.7005-06 I Y91 1.1301-06 0.003f+00 3.01C1-06 0.000E+C0 0.03CE+3C 0.000!+00 3.10)i-05 l 792 7.550s-31 0.C30i+30 2.150!-10 0.;J0!+00 0.00Ci+30 0.000i+00 1.460i-0+ l Y93 2.430d-32 0.000!+00 6.62Ci-10 0.000!+00 0.000E+00 0.000C+00 1.920E-04 () ZR95 2.050s-37 5.02Gi-06 3.5605-0i 0.000i+00 3.4101-05 0 000!+00 2 5003-05 l 12v7 1.4 sci-03 2.5403-09 1.1305.-09 0.030!+00 2.5605-09 0.000i+00 1.6205-34 NB95 4 200:-03 1 730i-08 1.0002-33 0. C 30 i+ 0 0 1. 2 4 C i- 0 5 0. 0 0 0 i+ 3 0 1. 4 5 0 2-0 5 M399 0 000!+00 3.4005-05 4.630i-06 0.000!+00 5.0305-95 0.000i+00 1.1206-05 TC99M 1 92CI-39 3 950 5-09 5.1JCi-03 0.000!+00 4.250f-02 2.0705-0) 1 150!-06 l 7C101 2.2702-09 2.360!-09 2.6305-3d C.00C!+00 3.4005-09 1.560E-09 4.8602-07 l RU103 1. 4 ! Ci- J 6 0.000!+30 4.1506-07 0 000i+00 3.03CE-06 0.000!+00 1.300E-05 () RU103 RL106 1.360i-07 0.00Ci+00 4.5505-3d 0.C009+CC 1.030!-36 0.000!+00 5.4105-J5
- 2. 410i- 0 5 0. 00 0 3 + 0 0 3. 010 5-0 6 0.000i+00 2 8505-05 0.000!+00 1.8306-04 AG11]M 9.lo03-07 7.2705-07 4.31CE-07 0. 0 0 C ! + 0 0 1. 0 4 0 5- 0 6 0.000i+C0 3.7706-05 75123M 2. 3 30E- 0 5 7.7901-36 3.150i-06 7.3403-05 C.C305+00 0.000!+00 1 110E-05 TL127M !.8501-05 1.96CI-35 7.0304-06 1.6205-05 1.4405-04 0.03C!+00 2.360E-05 7E127 1.0305-06 3.3205-37 2.150i-37 S.1+05-07 2.440s-06 0.000!+00 2.130!-35 Til15M 1. C 3 C i- 0 4 3 4305-35 1.540i-05 3 2405-05 2 53CC-04 0.000i+00 5 9705-05 7612) 0.!'Ci-Of 9.7905-38 6.63Ci-JB 2.3SOE-07 7.0702-07 0.000i+00 2.2705-05 7EA31M 1. 5 2 C I- 0 5 6.120i-36 3.050:-36 1.240i-05 4 2101-05 0.000!+00 1.0305-04 7t141 1.7505-07 6.5003-03 4.9601-08 1.3705-07 4.5305-07 0.000E+00 7.1105-36 7:132 2.020:-05 1.C3;i-05 9.61Ci-36 1 52Ci-05 6 44Ci-05 0.000i400 3 8105-05 i
e
O Ilic c.000!-Of 1.3401-05 i.200i-;o 1.4402-02 1.45C2-05 0.000i+00 2.8305-06 I131 2.19 0i- 0 3 . . i a ; i- 3 5 1 6202-23 1.3,03-;2 4 9405-05 0.000i+30 1.5106-06 I132 1.$s0:-Ji 3.3701-36 1.20Ci-2: 1.2505-04 3.7505-06 0.000!+00 2.7302-J6 1133 1.2iCi-35 1.42.5-J5 5.33C:-06 3. 101-03 2 1401-05 0. 0 00 3 + 0 0 3. 0 3 0 5-0 6 () I134 3.610"-07 1.7:Ci-06 c.a)04-)7 4.1300-35 1.9101-06 0.000f+00 1.5405-36
;133 2.640;-31 7.2.v2-JL 2. 4)i-Js o.4105-04 a.C705-06 0.000i+00 2.6202-Jo C3134 3.77;.-06 7.C201-0* 7.1J: 5-33 0.CJ0s.00 1.21Ci-04 7.4201-05 1.9102-06 C3a3s 4.120.-): 1.;sei-J6 5.0 42-3) 0.0?Oh+0; 3.230i-05 1.1003-0L 2.0301-06 C5137 3. 2 2 01- h 6.1102-J6 4.23C:-33 0.000i+0C 1 5'C5-14 6 640E-05 1.9105-06 C5133 . . ! 10 i- J 7 7.i.Ji-07 2.7)Ci-;7 3. 0 0 0 f
- 0 0 3. ) 0 5-0 7 s . 010 5-0 8 1.230c-06 3A133 f .11 C i- 0 7 3.6 03-10 2.,23i-)e O.C30i+0C .;.51Ci-1C 3.540!-10 5.530E-05
() 6414J 1.7104-;4 1.7102-J7 3.510:-;o 0.000i+ JO 4 0 50 5-0 3 1.05Ci-07 4.200E-35 sA1 1 4 2:C:- 37 1.0!;2-10 1 340:-32 0.CJOf+00 1 7501-10 1.7702-10 5.1903-J6 b4142 1. 3 4 0 6- J 7 1.3305-10 1.053:-09 0.000!+0C 6.5106-11 9.26Ci-11 7.5302-07 iA143 ;.1104-J6 3.3204-39 2.1 4]i- 11 0.C"Of+)C C.C)Ci+00 0.000i+00 9.7702-05 LA162 1 130i-39 6.0 02-1C 1.1701 .1 0.0002+0C C.00Ci+00 0.000i+00 6.860E-05 CElsi 7.5 70;- 3a 6.:gCi-Je i.63^1-01 0.C0Ci+;C 1.4305-08 0.000i+0C 2.4305-05 Cc163 1. e4Ci-0i 9.i;0f-J6 1.;v i-Ji 3.000Z+00 2.8605-09 0.000i+0C 5.7305-33 () 0116* 2. ? s ci-; 5 1.2203-Oo 1.3)e:-J7 0.CJ0i+00 6 93CI-37 0.0002+00 1.7101-J4 pal *? 0.13 01- J d 3.C40i-32 4 0301-)? 0 000i+30 1 1302-02 0.000i+00 4.;9C1-05 PR1*4 2. 7 4 01- 1 C 1.CJ02-10 1.J503-11 3. C Jo i+ 0 0 3.d 40 3-11 0.000i+00 4.1305-36 nC147 3.5JCi-]s 3.c: Ji-33 3.4 sci-03 0.C00i+0C 2.19CE-03 C.000!+00 3 600f-05 ald7 i.0305-37 4.6301-07 J.170i-07 0.000i+00 C.03Ci+00 0 000!+00 3.6905-05 dP739 1.110:- 3 e 9. 9 2 0 5-10 3.6111-10 0 000i+00 1.930!-09 0.0 00i+ 00 2. 8 70 5-0 3 NCNs C.0J0 .0C 0.0JCI.00 ;.;3Ci+00 0.000i+00 C.03Ci+00 C.000i+00 0.000i+30 () NLNi 0.00Ct+3C C.CJ0i+QC 0.00C;+0C 0.000i+00 0 000i+00 0.000i+00 0.000i+30 0 O O O O e O
1 Table 1-2 Assumptions used in Limerick Liquid Effluent Dose Evaluation l a i Index Description Value 1 1- Fraction of produce from local garden 7.600E-01 4 2- Fraction of leafy veg from local arden 1.000E+00
- 3- Soil dencity in plow layer (kg/m* 2) 2.400E+02
- 4- Fraction of activity retained on sprayed vegetation 2.500E-01 5- Shielding factor for residential structures 7.000E-01 l 6- Period of buildup of activity in soil (hr) 1.752E+05 7- Period of pasture grass exposure to activity (hr) 7.200E+02 1 8- Period of crop exposure to activity (hr) 1.440E+03 l 9- Holding time in animal drinking water pond (h 0.000E+00 -
10- Delay time for ingestion of grass by animals r) 0.000E+00 11- D91ay time for ingestion of stored feed by an als (hr) 2.160E+03 12- 2.400E+01 13- De'ay time for Delcy time fer ingestion ingestionofofother leaf veg vegby byman man (hr)) (hr 1.440E+03 j 14- Transport time milk-man (hr) 4.8003+01 15- Time htween slaughter and consumption of meat animal (hr) 4.800E+02 l 16- Grass yield, wet wt (kg/m**2) 7.000E-01 1 17- Other vegetation yield, wet wt (kg/m**2) 2.000E+00
, 18- Weathering rate constant for activity on vegetation (1/hr) 2.100E-03
," 19- Milk cow feed consumption rate (kg/ day wet) 5.000E+01 20- Goat feed consumption rate (kg/ day wet) 6.000E+00 21- Beef cattle feed consumption rate (kg/ day wet) 5.000E+01 22- Milk cow water consumption rate (1/ day) 6.000E+01 23- 8.000E+00 24- Goatwaterconsumptionrate(1/ Beef cattle water consumption rateday)(1/da 5.000E+01 25- Enyt1 transit time for water ingestion ( ) 1.200E+01 26- Enytl transit time for fish ingestion (h 2.400E+01 27- Enytl transit time for invertebrate ingestion (hr) 2.400E+01 28- Enyti transit time for shore exposure (hr) 0.000E+00 29- Water ingestion (1/yr adult 7.300E+02 30- Water ingestion 1 1/yr teen 5.100E S2 j 31- Water ingestion (1/yr child 5.100E+02 a J , .
i TABLE 1-2 (cont.)
; i Index Description Value 32- Water ingestion (1/yr infant 3.300E+02 33- Shore exposure ihr/yr adult 1.200E+01 ;
34- Shore exposure (hr/yr teen 6.700E+01 35- Shcre exposure I hr/yr child 1.400E+01 36- Shore exposure (hr/yr infant 0.000E+00 ' Fresh water sport fisi ingention adult 1 37- 2.100E+01 38- Fresh water sport fish ingestion teen 1.600E+01 39- Fresh water sport fish ingestion child 6.900E+00 40- Freshwatersportfishingenstion(g/y infant 0.000E+00 41- 2.100E+01 42- Fresh water Fresh water comercial commercial fishingestion fish ingest.oni( /yr) teen /yr) adult 1.600E+01 , 43- Fresh water commercial fish ingestion ( /yr) child 6.900E+00 j 44- I 0.000E+00 1 45- Fresh water commercial fish ingestion /yr/yr) lt, infant l aou 5.000E+00 16- Freshwater Fresh waterinvertebrate invertebnte ingestion ingestion 1;k I ,
/yr;,l teen 3.800E+00 i 47- Fresh water invertebrate ingestion I ,
/yr,i child 1.700E+00 48- Fresh water invertebrate in p' tion I /yr) infant 0.000E+00 49- Salt water sport fish ingestion aduly 2.100E+01 50- Salt water sport fish ingestion teen 1.600E+01 51- Salt water sport fish ingestion child 6.900E+00 1 52- Salt water sport fish ingestion kg/yr infant 0.000E+00 '
- 53- Salt water commercial fish ingestion f, /yr;l adult 2.100E+01 54- Sait water commercial f*sh ingestion I ,
/yr) teen 1.600E+01
! 55- Salt water commercial fish ingestion I ,
/yr lld 6.900E+00 0.000E+00 56-57-Salt water coaniercial fish ingestion i Slit water invertebrate ingestion kg/yr/yr) adult cii j infant 5.000E+00-58- Salt water invertebrate ingestion kg/yr teen 3.800E+00 59- Salt water invertebrate inoestion kg/yr child 1.700E+00 60- Salt water invertebrate ingestion kg/yr nfant 0.000E+00 61- Irrigated leafy vegetsblr inge*, tion ka/yr adult 6.400E+01 62- Irrigated leafy vegetatle ingestion ~kg/yr 'een 4.200E+01 2
63- Irrigated leafy vegetable ingestion kg/yr child 2.600E,01 64- Irrioated leafy vcgetsble ingestion k /yr infant 0.000E+00 .I ' 65- Irri5ated other vegei.able ingestien k /yr adult 5.200E+02
- 66- Irrigated other vegetable ingestion k /yr teen 6.300E+02 l 67- Irrigated other vegetable ingestion (k fyr child 5.200F.+02 68- Irrigated other vegetable ingestio i (kg/yr infant 0.000E+00 i
e
~
O O O O O O O O O O -O table 1-2 (cont.) 1 Index Description Value . 69- /yrl adult 5.200E+02 70- Irrigatedrootvegetableingestion(kg/yr) Irrigated root vegetable ingestion (kg teen 6.300E+02 71- Irrigated root vegetable ingestion (kg/ rl child 5.200E+02 72- Irrigated root vegetable ingestion (kg/ r) infant 0.000E+00 ' 73- Irrigated cow milk ingestion [ yr;l adu t 3.100E+02 74- Irrigated cow milk ingestion ( yr) teen 4.000E+02 75- Irrigated cow milk ingestion yrg child 3.300E+02 76- Irrigated cow milk ingestion (1 ( I infant 3.300E+02 7/- r adult 3.1002402 IS- Irrigated goat Irrigated goatmilk milkingestion ingestion ((, r teen 4.000E+02 79- Irrigated gaat milk ingestion I r child 3.300E+02 80- Irrigated goat milk 'ingesti n ( /yr infant 3.300E+02 81- Irrigated beef ingestion ( fyr ad it 1.100Et02 82- Irrigated beef ingestion ( /yr teen 6.500E+01 83- Irrigated beef ingestion ( /yr child 4.100E+01 84- Irrigated beef ingestion ( /yr infant 0.000E>00 I h
l ) { TABLE 2-1 ? 1 DOSE FACTORS FOR NOBLE GASES l Total Dody Bets Skin Gomma Air , Dose Factor- Dose Factor Dose Factor Beta Air O Ki (mrem /hr Li (:crem/yr Mi (mrad Dose Factor peg per per Ni(mraj/yr l Index Radionuclide pCi/m) pCi/m) 3 pCi/m3 ) pCi/m ) l lg 3 Ar-41 8.84E-03 2.69E-03 930E-03 3.28E-03 4 Kr-8Sm 7.56E-08 -------- 1.93E-05 2.88E-04 5 Kr-85m 1.17E-03 1.46E-03 1.23E-03 1.97E-03 6 Kr-85 1.61E-05 1.34E-03 1.72E-05 1.95E-03 7 Kr-87 5.92E-03 9.73E-03 6.17E-03 1.03E-02 8 Kr-88 1.47E-02 2.37E-03 1.52E-02 2.93E-03 9 Kr-89 1.66E-02 1.01E-02 1.73E-02 1.06E-02 O id Kr-90 1.56E-02 7.29E-03 1.63E-02 7.63E-03 11 Xe-131m 9.15E-05 4.76E-04 1.56E-04 1.11E-03 12 Xe-133m 2.51E-04 9.94E-04 3.27E-04 1.48E-03 - 13 Xe-133 2.94E-04 3.06E-04 3.35E-04 1.05E-03 14 Xe-135m 3.1?E-03 7.11E-04 3.36E-03 7.39E-04 , i 15 Xe-135 1.81E-03 1.86E-03 1.92E-03 2.46E-03 9 16 Xe-137 1.42E-03 1.22E-02 1.51E-03 1.27E-02 1 17 Xe-138 8.83E-03 4.13E-03 9.21E-03 4.75E 03 i O ; l l i i D 1 l l l Q l \ f ! l O O
lO s O l O- TABLE 2-2 k INDIVIDUAL DOSE FACTORS (DFFOR GASEOUS E O O UNITS FOR AIRBORNE PATHWAYS (PATHWAY NUMBERS 1 AND 7) ARE: 3 mrem-m/Ci-see f UNITS FOR DEPOSITION PATHWAYS O (PATHWAY NUMBERS 2-6) ARE-mrem-m/Ci 2 ) l i O l 0 0 0
O Iho .::UAL 0051 sa: TOR $ 'J4 Gash 005 ! 8 7 LL'i NT 5 -- F O R ISOTCPE : N3 jQ' FCk 7ATHWAT: 0.UM!
- f. 300f 3;-Tta:T 3;Ni LIY12 KIONEY TMYRCID LUNG SKIN:
AOULT: 0.C31+00 0.00f+00 C.*0:+03 0.30**30 0 00C+03 0.00i+30 0.00E+00 0.00E+00< Tiih: 0.00i+0J 3.00!+3C C.00l+CJ J.0Ci+0C C.C3E*00 0.00i+30 0.002+0J 0.00E+00: Cn.6w: 0.031+C3 0.3C1+JO C.CJ2+0] 0.004 00 0.C01+00 0.00!+00 0.00E+00 0.00:+00; - C) 1:47 A .i: 3.03t+C3 3.00i+30 0.00:+00 0.00 +30 0.00E+C0 3.00i+00 0.00E+00 0.00d+00 FCA /ATndar: CACJND T. 230Y SI-TAACT !]Al LIV 3R K0NCY THYRCID LUh3 SKIN-A3ULi: 0.00!+C3 3.00!+J0 0.00i+0J 3.00!+03 0.00!+00 0 00i+00 0.00E+00 0.00!+30 TLik: 2.0)t + C 0 0.0 0i+ 0 C C. 00!+ 00 3. 3 Ci+ 30 0.0 0! +0 0 0.0 0i+ 0 0 0. 00E +00 0.00!+ J0 ; () CNILO: C.0Je+C0 0.00:+00 0.00E+00 0.;Ci+00 0.00E+00 0.003-00 0.00E+00 0.00!+00,
;AFA4T: C.0]i+0c 3.LCi+00 0.00i+0J 3.JCi+00 0 03t+03 0.00i+J0 0.00E+00 0.00:+00:
FCA # A fM. A f: V:3iTA8wE T. 6 CY 31-TtA;T !CN! LIVER K10NEY TMYROIO LUNG SKIN ACULT: 6 315+01 6.5ai+31 C.034+0J 6.32E+01 6.51E+01 6.53!+01 6.53E+01 0.00i+00 0 lkiN: 7.7sE+01 7.75!*01 C.CCE+00 7.753+01 7 75E+01 7.75f+01 7.75E+01 0.00!+03, CnILJ: 1.Ili+02 1.212+J2 C.30:+00 1.21!+02 1.215+C2 1.212+02 1.21E+02 0.30E+00: ANFAaT: 0.C3f+00 3.JCi+30 C.00s,CJ 0.30E+30 0 00E+03 0.00!+00 0.00E+00 0.00i+00: F4 7 A T M 'd A T : M: a T 4 73 T. 30CY JI-74ACT ECNE L:Vi2 K0NIf THYRO:C LVN3 SKIN Ns AQULf: 7.93s*00 7.1oi+30 C.00!+03 7.)!i+JD 7.95E+03 7.98E+00 7.985+00 0.00t+00 Tiih: 4.7i!+00 4.762+00 0.30!+00 4.763+00 4.75E,00 4.765+30 4.76E+00 0.00!+00' CnILJ: 5. 73i + 00 5. 7 51+ 00 0. 0 0 E +00 3. 7 5 E+ 30 5 75E+00 3.75t+00 5.75E+03 0.00i+00 INFANT: 0.0Ji+C0 0.00!+00 0.032+03 0.00I+30 0.00!+C0 0.00!+30 0.03E+C0 0.0Ci+0C FCA #ATHWAY: C:d FILK
' () 7. 10:7 3I-TRACT c3Ni L;Vik A!ON!Y THfRCIO LUN3 > KIN A; ULT: 1.83h+C1 1.583+01 C.0 E+CJ 1.332+31 1.8SE+C1 1.63E+31 1.8di+01 0.00i+00 TeiN: 2.452+01 2.+55+01 0.00!+Cu 2.455+01 2.*5?+C1 2.46i+01 2.+5E+01 C.30i+00-CHILD: 3 87f+01 3.a72+01 C.00i+00 3.37i+01 3.47E+C1 3.57t+31 3.87E+01 0.30!+00' IhPAhT: 5.875+C1 5.071+01 0.00f+00 3.375+01 5.97!+01 5.375+01 5.87E+01 0.30i+00.
FCA PATndAY: GOA T MILK
)
T. 520? 31-TdACT 3:Ni L:ViR K:0NEY THYROIO LUNG SK!h A;UST: 3 23!+01 3.33i+J1 C.00:+DJ 3.32f+J1 3.83E+01 3.d3f+C1 3.83E+01 C.30i+00-Thin: 4.Sii+C1 4.191+0; C.00c+00 4.91E+01 4.91E+01 4.49i+01 4.99E+01 C,00t+JC CMILJ: 7. !)E + 01 T.oii+31 0.0Ci+C] 7.395+01 7.!1E+C1 7.d93+31 7.89E+01 0.00i+00 Ih7 ANT: 1.23i+02 1.2Cf+32 C.00!+00 1.;Ci+02 1.20E+C2 1.20!+02 1 20E+02 0.3Ci+00 0 gen ,A7MaAy: Isnat:31:y T. 6CCY 3:-TtACT 2:N! LIV!R K NiY THYRC:0 LUNG SKIN A0 ULT: 4.01E+01 +.01d+J1 0.0gi+00 4.01;+J1 4.C1E+01 *.015+01 4.01E+01 0.00i+00 fi3N: 4.034*C1 4.33f+01 C.CJe+43 4.3]i+01 4.03i+01 4.03d+31 4.03E+01 0.30E+00 CnILJ: 3.57t+01 3.37i+31 0,0 0 t + C 3 3. 5 71+ 01 3.57E+C1 3.573+01 3.57E+01 0.30E*00 g) IhPANT: 2.05!*01 2.05J+01 0.0Ci+0J 2.35E+01 2.05!*C1 2.05f+01 2.05E+01 0.00i+00 e
- ! O .
l t g l IN01v10UAL 0031 FACTOR $ 'Ct Ca51)U5 IFFLU!NTS -- F R I5CTCoE : C14 O FCs >A:n cri .susz ! T. $;0Y *I-T1ACT 14N: LIViR K
- T4 ( Y TdYACIO LUNS SKIN l
A0gLT: 0.063 00 0.00f+0C C.0Jh+03 0.JCf+00 0.001+C3 0.30E+00 0.00E+00 0.00i+00 TE2N: 0.C)S*00 3.J02+ 0 0.30i+0 3.J;i+30 0.COE+CJ 3 00i+00 0.00E+00 0.00i+00 l CHIL;: 0.J05+C0 3.00!+)0 0.00!+01 ).)CE+JO C.00E+CJ 0.00!+00 0.00E+00 0.00E+00 () Ih7 ANT: 0.005 +U: 0.005 00 0.3JE+00 0.0CI+00 0.CQE+C0 0.0 05+ J0 0.00E + 0 0 0. 0 0 3 + 00 l ! FCR P41M4AY: OACUN7 l ! T. 30CY 3:-74ACT !CNi LIVfR KCNEY TMYRCIO LUNG SKIN l A; ULT: 0.03E +0 ) 3.30i+J0 C.03E+00 0.30!+30 0.00E+C0 0.00k+00 0.00E+00 0.00E+00 I TiiN 0.0J!+00 3.30i+00 0.005 00 0.00f+00 0.C3E+*0 0.00E+30 0.00E+00 0 00E+00 < CHILJ: 0.03E+00 0.00i+Ju 0.00s+00 0.0CE+00 0.00E+00 0.00E+00 0.00E+00 0.00t+00 j() INFANT: 0.035+CJ 0 00i+JO C.0Ji+00 3 00i+J0 C.C0!+00 0.00i+00 0.00E+00 0.00E+00 FCR FAfh'dnY: ViGETa6LE l T. s :Y II-TRACi i;NI liv!R K!ON!Y THYROIO LUNG $ KIN l A0JLT: 6.2 E+C3 3.2 2 2+ 0 3 2.oli + 0 6 3.22i+ 03 f.2 0f +0 3 S.222+ 0 3 5.22E +03 0.00i+ 00
. () it!N: E.7?k+03 f.794+33 4.J?i+04 5.711+03 S.79t+03 5.791+03 8.71E+03 0.00h+00 i CHILO: 2 1+c+C6 2.1 - i + 3 6 1.0ti+05 2.141+04 2.16E+C4 2.143+04 2.14E+04 0.00!+00 INFANT: 0.C3!+C0 3.J s+00 C.00e+0J ).00i+00 0.00!+03 0.00!+00 0 03E+00 0.00i+00 FCR PATM.AY: Miti T. 530f 31-T4ACT 3;Ni LIY3R KICNEY TMY201D LUN3 3K N i() A00LT: 1.649+03 1.3+f+32 8.22i+03 1 54!+03 1.66E+C3 1.645+03 1.64E+03 3.00i+00
- TEEN: 1 3it.03 1. 3 s i + a ,4 s.96c.C3 1.333+03 1.J9E+0J 1.35i+C3 1 39E+03 0.00!+00 l CMILJ: 2.61C+CJ 2.oli+33 1.J15+0- 2 61E+03 2.61C+03 2.612+03 2.61E+03 3.00i+00 '
JNFA41: 0.03E+C0 3.30.4 3C 0.0J5 03 0.0Ci+00 0.0CE+C3 0.00i+00 0.00E+00 0.00t+00 FC4 varndAY: CJw m L r, i () T. B30Y GI-TRAC
- 20hi LIV!R K0NEY TMYtC:0 LUNG $L;N
% CULT: 1 79h*C3 1.794+03 8.976+03 1.71*+i) 1.7?!+03 1.74E*03 1 71E*03 0.00!+00 i TEtN: 3.31E+C3 3.315+G3 :.t3E+04 3.312+0? 3.317+03 3 313+03 3.31E+0J 0.00i+00
! CHIL*: 8.12E+03 3.135+C3 4.07E+36 3.13f+43 B.13E*C3 3.13i+03 B.13E+03 0.00E+00 l INFANT: 1.73E+C4 1.70i+:4 7.971-04 1.7Cf+34 3.70E+04 1.7Ci+J6 1.70E+C6 0.00i+00 FC4 FAfhdAT: COA 7 9 ILK lO l T. E30Y GI-TRACT !;Ni LIVIR KIONEY T4Y23:D LUNG SKIN i ACULT: 1. 7 7 6 + C 3 1. 7 9 2 + 0 3 !.97!+03 1.796+03 1.79E+03 1.79E+03 1.79E+03 0.00i+00 l Thin: 3. 31 E + 0 3 3. J 12 + 0 5 1.655+C+ J.21E+03 3 31E*03 3.31E+03 3 31E+03 0.00!+00 CM*LD: 4.13 t + C l J.12 i + 0 3 4. 0 7 t + 0 e 3.13 ? + 31 E .13 E + 0 3 1.1J1+03 S.13E+03 0.30:+30 INFANT: 1.7:3+C6 1.70:+34 7.97i+0+ 1.70f+34 1 73t*C4 1.70i+04 1.70E+04 0.00i+30 l() FCR PATHJAY: INH AL 4TILN T. 30Cf *1-14ACT . 53NI LIYiR KIONEY TMYRO:3 LJN3 SKIN ACULT: 1. 0 J i + 0 2 1.051+J2 5.761+J2 1.03E*02 1.036*C2 1.05f+02 1.03E+02 0.00!*00 TEfN: 1 561+C2 1.L*i+32 6.24:+0; 1.345+02 1 54C+C2 1.565+02 1.54E+02 0.30i+00 CH LO: 2 .1 *, k + 0 2 2.131+02 1.14i+0; 2 13d+32 2.13E+02 2 13s+02 2.13E+02 0.30!+00 INFANT: 1. 6 3 E + C 7 lesii+32 f.39E*02 1.oti+02 1.itE+C2 1.65!*02 1.66E+02 0.00t+00 O l o O
r !O l INGIVI;UAL 0358 FACTE3 804 3 Alt;Ui IFS J:NT5 .. FCR I40TODE : A241
- O FC4 PAfhdAY
- 86UAL l T. 6:Lf II. TRACT :JNe LIVIA KICNEY TMYRO:0 LUNG 4K!N I l ACULT: 2.9tE+02 1.;ti+0; 1.isi+02 1.iti+32 1 96E+C2 1.9t!+02 1.96E+02 3.14f+02 :
TEiN: 1. 9 6 !
- C 2 1.ra:*JI 1.9si+0; 1.)= +32 1.96E+C2 1 9ei+0; 1.96E+02 3.16i+02 !
OnIL3: 1.9ti+0; 1.133+3; 1 9a!*04 1.isi+;I 1.161+C2 1.iti+02 1.S$E*02 3.14d+02 C) INFANT: 1.961+02 ;.s 2+J2 1.1si+0I 1.74*+0; 1.)$2+C: 1.7si+JI 1.96E+02 3.14E+02 704 PATM.AY: G<0VN3
- 7. 5 30 Y 31 7#ACT SON: L:v!R K:0N!Y THYRCIO LUNG sK*N ADULT: 0.00i+00 0.30! 00 0.00:+0, 3.3Ci+00 0.00C+03 0.00i+00 0.03E+00 0.00i+00 TEiN: 0.00i+C3 J.0:i+JO C.03i+03 0.3Ci+00 0.00!+C0 0.00i+00 0.00E+00 0.005,00
.C) On:L;: C.00i+CD 3.3C!+ C C.00!+0J 0.00i+00 0.C3E+CQ 3 00i+00 0.00E+00 0.00E+00 l INFANT: C.00E+0J 0.00i+JO 0.00i+0J J.00!+30 0 00!+C0 0.00!+00 C.00E+00 0.00E+00 FCR PAfhdAY: v!GiTA!Li l T. 6 0;Y J:.TtACT 5:Ni L:via K:0NEY TMYR0:0 LUNG IKIN ACULT: 0.00E+C0 3.J0!*00 0.00!+0J 3.00 +00 0.00E*00 0.00i+00 0.00E+00 0.00!+00 l () TEiN: 0.031+00 0.00 +00 C.03*+00 0.00:+30 0.COE+C0 0.0C!+00 0.00E+00 0.00i+00 CMILO: 3. 30 E + 0 0 0. 00 i+ 00 0.0 0E + 0 3 0. 3 0i+ 0 0 C. C 0E
- 0 0 0 00!+ 0 0 0. 00E + C0 0. 0 0i+ 00 i INFANT: 0.C3t+C0 0.00!+00 0.001+03 0 00!+0C 0 00!+00 0.00E+00 C.00E+00 3.00:+30 FCR PATHWAY: MSAT T. 20CY 31-T<ACT 20Ni L VER K!DN!Y TMYRCIO LUNG $ KIN '
() ALULT: 0 03k+00 0.00i+30 0 03E+00 0.0CE+00 0.00!+CD 0.00E+00 C.00E+00 0.00!*00 TidN: 0.035+00 0 00i+00 0.00!*C0 J.0Cl+ 0 0.00E+00 0.00l+00 0.00E+00 0.00!+00 CHILS: C.C E+00 0.3Cf+30 0.00!+03 0.00!+00 0.00F+00 0.00!+00 0.00i+00 0.00d+00 INFahT: C.Cai+00 0.00!+00 C.03E+03 3 0Ci+00 0.03E+00 0.00!+00 0.03E+00 0.00!+00 FCA 7ATMnAY: 00h uILA l () 7. S0;Y 5;.TtACT SDN! LIV!R KIONEY TMYRCIO LUN3 $AIN l AQULT: 0 00!+00 0.0C!+0C 0.00!+03 0.0CE+00 C.CCE+00 0.00E+00 C.00E+00 0.00E+00 TEiN: C.C0f+0 0.J0!+00 0.0Ci+03 3.0 !+30 0.00E*00 0.00!+00 0 00E+00 0.00i+30 CHIL : C.00i+00 3.0;i+30 0.00E*03 3.3:!+0C 0.00E+C0 0.00i+0C 0.00E*00 0.001 0C INFANT: 0.00i +00 0.0 !+ 00 0.00E +00 3.0 !+00 0 00E+C0 0.00i+00 0 00!+00 0.00i+00 FC4 PAfedAY: 33AT MILK T. 5:0Y 31.TAA;T !ON! LIY!A K:CNEY TMYRCIO LUNG SKIN ACJLT: 0.C3E+00 0.;Ci+3C 0.00i+u) 0.305 30 0.00E+C3 3.00!+00 0.00E+00 0.00E+00 TisN: C.0;i+03 0.0C2+30 C.30:+0 s.0Ci+00 0.00E*C3 0.00!+00 0.00E+00 C.0C:+00 in:LO: 0.005*C3 3.J:1+0C C.0Ji+30 .3C!+CC 3.C3!+C0 0 00!+30 C.00E*00 0.30s.JO INFANT: 0.0:5+00 3.00i+0C C.u3I+03 0.0C1+30 0.00!+03 0.0C!+00 0.00E+C0 0.00f+00 l C) FCA PATMmAY: INMALAT!;N T. 3 3CY GI. TRACT !CNe LIV!R K0N!Y TMYACID LUNG SA N ACULT: 0.00E+03 0.00!*00 0.00d-03 0.00!+0 0.00!+00 0.00!+C0 0.00E+00 0.00!+00 , TisN: 0.03E+00 0 0 0 i+ J O C .0 0c +0 J 3. J C i+ J C 0.0 0!+ 0 0 0. 00i+ 00 0.00 E + 00 0. 0 0i+ 00 ; CHILO: 0 03:+00 3.JCf+30 C.C0l+00 0.3C2+30 0.COE*00 0.00i+00 0.00E+03 0.00!+00 INFANT: C.0Ji+00 3.;0!+J0 C.0Ji+0) 0.00;+CC C.00E+C0 0.30E*00 0.00E+00 0.00i+JO
)
l O
l l l l IN0!VIOUAL C21 FACT 3W5 **2 GA3!OUS JF86J1NT5 -- FOR ISCTCPE : KR43M t i FCN FATMWAY: P'. U .d t T. 130Y Ji-ftACT !;Ni LIY!P K: NEf infRC:3 LUN3 $ KIN A ULT: 1.ott-C3 1.ssi-J3 1 631-03 1. 81-03 1.61E-03 1.58!-33 9.39E-02 4.75E-01 Tish: 1.611-03 1.441-33 1.ist-0J 1.S!!-33 1.6ff-03 1.08E-33 9.39E-02 4.75E-01 OniLO: 1. 4 f - 0 3 1. ic i- 3 J 1.6sE-03 1.355-0) 1 633-03 1.si!-03 9.39E-02 4 75!-01 [) IN F A:.T : 1.43!-03 1. i1-03 1.331-03 1.$i!-03 1.63!-03 1. 6 8 f-0 3 9.31E-0 2 4.7 5 c-01 l FCR PATHWAY; Gt:UNJ
- 7 6 3CY 3I-TtA07 GN! LIVik KCNiY THYRO
- 0 LUNG 3 KIN l a; ULT: 3.C3:+00 3.00!+JC C.CJe+03 2.00!+00 0 00E+C0 0.00i+00 0.00E+00 0.00!+0C TeiN: 0.*)i+00 0.03f+JO C.00i+0J J.0:f*00 0.00C+00 0.30i+00 C.00E+00 0.00f+00 CnILC: 0 0 J E + 0 0 3. J J ! + 0 0 C. 0 J.+ C 0 J. 3 C i+ 3 0 0. 0 31+ C 0 0. 00i+ J 0 0. 0 3 E + 0 0 0. 0 0!+ 0 0 lC) 1 INFANT' O.03E+00 J.0Ji+3C C.J9t+C0 0.00i+33 C.00E+C3 3 305+00 0.00E+00 0.00!+J0 FCR PATMdaf: Vi;iTA6LL T. b3Cf v!-TRACT JON: L*ViR A:CNEY YHYRCID LUN3 SK!N AOULf: 0.03!*00 3.334+30 C.0]E+00 3.3Ci+00 0.03E+C0 0.0 0i+ C 0 0.00E
- 00 0. 0 0!+ 00
() fich: 0.0 !+03 3.JC!+30 0.00i+3) 3.3Ci+00 3.C3E+C3 0.00!+00 0.00E+00 0.00!+00 , Cn*LJ: C.C:f*C3 J.;Ci+30 0.00:+00 0.30i+0C 0.00E+C0 3.3C!*00 0.00E+00 0.00E+00 INFANT: 0.03E+00 J.30!*00 0.00E+03 0.03;+C0 0 03E+C3 0.00!+00 0.03E+00 0.00!+00 FCR PATddAY: MIAT T. ! JOY GI-TRACT !)N! LIVER K:0NtY TMYRCIO LUNG SKIN . C) ACULT: C.00!*00 3.00!+30 C.00!+00 0.:Cf+0C 0.07F+0C 0.00!+00 0.00E+00 3.301+00 TE2h: 0.C33+03 3.J0i+00 C.00E+03 0.00!+JO 0 00E+CO 3.00E+00 0.00!+03 0.00!+00 Cn!L3: 0.03&+C0 3.03f+0C 0.00i+C3 3 0:3+ 0C 0.00!+ 00 0.00!+ 00 0.00E *00 0.0 CI+00 INFANT: 0. ::
- C 3 0. 3 0! + 0 0 C. 0 0i+ 0 3 v. J C!+ 0 0 C. 0 3 E+C; 3. 0 C! + 3 0 0. 0 3 E + 0 0 0. 3 0! + 0 C FCR PATn AY: C;n W:LK
() 7. 33:Y T R A C T 3DN: LIV!R K!ON!Y THYRCIO LUNG $K N < AQULT: 0.00t+CC .00f+30 C.00L+0C 0.00!+00 0 00E+00 0.30!+00 0.00E+00 0.00i+30 1 TEEN: J. Ji + 0 0 3. 3C J + 0 0 0. 0 0! + 0 3 0. 3 C!+ 3 0 0. 0 0!+ 3 3 3. J C E+ 30 0.00E + 0 0 0. 00 + 00 l CMILO: C.CJi+00 0.J0i+00 C.00i+00 3.3:5+J 0.00E* 0 0.30E+00 0.00E+00 3.00f+00 l INFANT: 0.C f+C3 0.302+00 0.0 i+03 3.0CE+0C 0.00!*C0 0.00!+00 0.00E+00 0.00i+0C.I FCR #ATodAY: G:AT MILK l () ! T. 20CY 3I-T4107 2sN! LIVER KIONEY TMYRCIO LUNG SKIN A; ULT: 0.C3! *0 3 0. J 0 i+ 0 0 0.0 0i + 3 0 3. 0C!+ 0 0 0. C 0!+ C 3 0. 00!+ 0 0 0.0 0! +00 0. 0 0!+ 00 TiiN: 0.:35+00 0.JC +00 0.00i+C0 3.0:i+ 0 0 0.C O E + C 0 3.30!+ 00 0.00 E + 0 3 0.0 0 t + Jo CHILJ: 0.C31*00 3.00!+0C .C:!+0J 0.00!+0C C.00!+03 0.00E+30 C.03E+00 0.003+0C I INEANT: 0. C ):
- 0 0 0.00!+:0 0.:Ci+C3 3.3C3+0L 0 00!+03 0.00E+00 0.00E+00 0.00i+30 l 1
() FC4 7AindAY: l'inALAT *N j
)
- 7. 50Cf 3 ;- T .1 A ;T 3:NC LIVfR K:0NEY THYROID LUN3 .SKIh ;
AOULT: 0.031*CD 0.w0i*JC C.3Jt*0; .30!+30 0.00E+03 0.00E+C0 0.03E+00 0.00i+J0 , TifN: 0.CJi+00 3.JJi+30 C.CJi+0 0.30 f + 00 C.C 3! +0 0 0.00i+ 00 0 00E + 00 0.00d+ 0 0 1 CnILO: 0.00!+C3 3.:Ci+30 0.0;E+03 0.3C3+3C C.00E*C0 3 30E+00 0.00E+00 0.00i+00 , IhFANT: 0.00t+C0 3.J0:*00 0.00i+C3 0.:Ci+00 0 00E+C3 0.00E+00 0.00E+C3 0.00!+00 l [) , I
4 _s -i_ -. s .-a_s - .-aa O l i i I INO v!;UAL OJ5i 5=CT045 FC4 52562U5 i>5LU:NTS .. F02 $CTCPE : K485M l 'O Fea iATnsAr e.us: T. LOOF 3:-T460T =0Ni L vit K:C13Y THY 4C:0 LUNG 5K1h. AOJLT; 2 6Ji+01 2.30i+J' 2.60:+01 2.4Ci+01 2 60i+C1 1.ooi+01 2 66E*01 7.661+01-Ti!N: 2 . o .i t + 01 2.6]I*31 1.43:+C1 2 6Ci+;; i.40f+C1 2 50i+J1 2.66E+01 f.464+01' On:L3: 2.i)E+01 2 . c ] .' + 01 :.63E*C1 0.40!+3; ;.63E+C1 2.60!+01 L.66h+01 7.563+01' .'() Ih? ANT: 2.tJE+01 2.s0i+)1 2.?0!+01 2.;Ci+C1 4.iO:+C' 2.601+01 2.46E+01 7.46E+01 702 PATHWAY: G40VN T. 4 2C f 3:-TtACT 3JN! L:YIR K.ONEY TMYRCIC LUN5 iKIN' ALULI: 0 0J!+C0 0.00:+00 0.30E 03 0.;0:+00 0.00E+C3 0.006+JO C.00E+00 0.00d+0C; TE:N: C.001+00 3.092+00 0.00i+0J 0.0Ci+00 0.00E*C0 0.00i+00 0.00E+00 0.00!+0C () CnILO: 0.032+00 0.00i+00 0.00i+0J 3.3Ci+0C 0.00E+03 0.00i+00 0.00E+03 0.00!+00: IN F A..T : 0.00i +00 J.00 !+ JO C.0 0i+G L 0 30i+ 00 C .0 0!+C 3 0. 30 E+ 00 0.00E +0J 0. 00:+ 00 - FCR #AThdAY: V:G!TA5Li T. % 3CY 51-T4ACT SON! c!VEA K*0N;Y T*YRCIC LUNG iKIN ACULT: 0.00i+00 0.00i+JO 0.00E+00 0.03*+00 0.COE+03 0.00i+30 0.00E+00 0.00i+00 () Ti!N: 0 0)!+03 3.00i+0C C.00!+v3 0.0Ci+00 C.COE*C0 0.00!+00 C.00E+00 0.00i+00 CHIL3: 0.0;E+00 0.001+00 0.00i+C0 J.00i+00 0.00E+00 0.00i+30 0.00E+00 0.00i+00: INFANT: 0.0Ji+03 0.00i+30 0.00E+03 0.00:43C 0.00 *C3 0.00i+00 0.00E+00 0.00i+00: i I t FCR PATHWAY: MiAT T. 3C0Y G*-TRA0T $0Ni LIYin K!ON!Y THY 4010 LUNG SKIN !) I AQULT: C.0)i+00 0.00i+00 0 005 00 0.0Ci+0C C.00E+C0 0.00i+00 C.00!+00 0.00i+00' l TE2N: 0.0Li+CJ 0.00!+00 0.00E+0) 0.0CI+00 0.00E+C3 0.00i+00 0.00E+C0 C. 3 C!+ 00 - CMILJ: 0. 03 t + 03 0.0 0i+ 0 0 C. 0 3 E + 00 0. 0 0i+ 3 0 0.0 0 E + C 0 0. 00i + 0 0 0. 00 E + C 0 0. 0 0i +0 0 INFANT: C.00!*00 0.00!*00 C.00!+CJ 0.001+3C 0.COE*00 0.0Ci+JC C.00E+00 0.00i+00 FC4 7&THdAY: CJW FILK l () 7. 830Y al-TRACT 50Ni LIvii K!CN!Y TMYR010 LUNJ JKIN l 20VLT: 0.00!+03 0 30i+00 C.00E+00 3.00f+00 C.00E+C0 0.00i+000.00i+030.0Ci+00l l TkcN: 0.C0!+00 0.COI+CC 0.006+00 0.JCf+30 0.00!+C0 0.00!+30 0.00E+00 0.00i+00' l CNILJ: C.002+00 0.00i+30 0.00E+0J 3.00!+00 0.00!+00 0.00i+30 C.00E+00 0.0Gi+0Cl INFANT: C.C0i+03 0.00i+30 0.00i+03 0.LC1+0C C . 00 E +00 3. 0 0i+ 00 0.0 3 E +0 0 0. 0 0!+ 00 I FCR PATHWAf: GJAT M:LK T. 500Y GI-T<ACT 20Ni L YiR K10NEY T1YROIO LUNJ SKIN 40VLT: 0.C3f+C3 0.0Ci+00 0.00t+00 0.Joi+00 0.0*E*00 0.00i+00 0.03E+00 C.00i+JC Thin: C.;Je+00 0.30!+00 0.0J:+0) J.00i+00 C.C3E+00 0.30!+00 0.03E*C0 0.00!+00 Cn*L;: 0.00i+C3 0.00i+00 0.00!*03 0 00!+00 0.C3f+0J 0.00i+00 0.03E+03 C.00E+3Ol Ah8 ANT: 0.CJE+03 0.0C3400 0.00i+00 3.JC:+30 0.00E+0.0 0.00f+00 0.031+00 0 00-+00l () FLA PATHWAY: IaMALAT:N T. $UCY GI-TRACT 50Ni L:YfR KION!Y TnYROIC LUNO $K;N' ACULT: 0.00i+C0 0.00i+00 C.031*v0 0.)Ci+JO C.00E+C0 0.00h+00 0.COE+00 0. 0 0 i + 0 01 TEiN: 0 . 0 ? , rJ 3.00i+30 C.006+00 3 3CI+30 0.00!+00 0.00!+30 0.00E*0J 0.00i+00) ChIiO: 0.0JE*00 0.00i+00 C.00E+00 0.00:+3C 0.COE+C0 0.00s,30 0.00!*00 0.J0!+0C: IhFANT: 3.00!*00 0.00i+00 C.00i+0J 0.0Ci+30 0.C3E+C3 0.30i+30 0.03E*03 0.3Ci+00
- e
O lNJ:V13's AL 3332 FACTOR) 70R JA5530$ FdLveNTS -- F3R I30TC7E : Kt83 O FCT PATHAAY: PLUWt T. 3 0 Y 01-TRA;T J:Ni L:V!2 (:011f TMY2CIO LUN3 SKIN' ALULT: 2.$71-01 3.375-31 3.37i-01 J.373- 1 3.37;-C1 3.!7h-31 9 50!-01 4.29t+01 T h . t. : 3.375-01 J.471-31 3 171-01 3.17?-01 3.572-01 3.171-31 9.30E-01 +.275+01' Cn L;; 3.57:-01 3.s7:-01 3.:76-C1 3.37i-01 2.67!-01 J.578-01 9.53E-01 4.235+01i () IN/ ANT: 3. 57 5 -C 1 3.i73-31
- 37E-(1 3.371-01 1.575-C1 3 575-01 1.505-01 6.29t+01' FCR PATH.AT: GACUh?
T. 10:Y JI-T4A07 60Ni LIVi? K!ON!Y T91(CIO LUNI SKIN ALLLT: 0.00i+03 0.00i+0C :.004+0J 0.0Ci+0C 0.03EeC3 J.00!+00 0.00E*00 0.00i+00 TEiN: 0.00i+03 0.0C!+00 0.00k+C' O.30i+50 0.COE+00 0.J0!+00 0.00E+00 0.00i+00 C) Cn:LJ: :.:Os+00 0.)Di+00 0.00E+00 :.;;i+30 0.C3E+C0 3.JQh+00 0.03E+09 0.00!+00 INFANT: 0.0JE*C0 0.J0i+30 0.0Ch*03 J.30 +00 0.00E+C3 3 30!+00 0.03E+C0 0.30!+00' FCA PATMWAY: Vi0iTABLE T. iOOY GI-T R A';T JONi LIViR x:CNET THYtC:C LUN; SKIN ACULT: 0.00i+03 0.30 3 00 0.0]E+0v 0.30i+00 0.00!+00 0 00!*00 0.03E+00 0.00i+00 () Thin: 0.C21+03 0.00i+00 0.00h+CJ .0Ci+00 C.03E+03 J.00!+00 C.00E+00 0.00!+00, CnIL;: 3.032+03 3.0C i + 3 0 0.0 0 : + 0 0 0. 0 i + ;C 0.0 0 E + C 0 0. 0 0i+ 0 0 C. 0 0 E + 0 3 0. 0 0i+ 00 INFANT: 0.00E+00 J.30i+0C C.00!+03 0.;Ci+;0 C.00E+C0 0.00!+00 0.03E+00 0.30!+00. FCR PAthdaf: MIAT T. 50CY 31-TRACT isNi L*V!A KICNEY TMYRO 0 LUNS $ KIN () AOULT: 0. 00 E + 0 0 0. 3 0 ! + 0 0 0. C O E + 0 0 0. 0 0 d + 0 0 0. C 31 + 0 0 3.00!+0C 0.00E+00 0.006 00 TiEN: 0.CJi+00 3.302+0C C.30i+00 0.COi+0C C.CO2+03 3.00f+00 0.03E+00 0.0Ci+00 CMILO: C.0Ji+00 3 00 2+ 00 0.0 0i+0 0 :.3C1+ JO 0.0 0! + 0 J 0. 0 0!+ 0 0 0. 0 0 E + 00 0.0C!+00 IhrANT: 0 00E+00 0.00!+30 C.CCi+00 0.30i+00 0.CCl+00 0.00E+00 C.00E*:0 0.00i+0C FCR 7ATnWAY: C4 FIL( () 7. 5:CY SI-TRACT 2:Ni L!v14 K!ON!Y THY 4: 13 LUNO SK:N A0VLT: 0.00! + C 0 0.0C i+ 0 0 0.0 0 s + 0 0 0.C i+ 0 0 C.0 0! + 0 3 0.0 C f + 0 0 0 0 0 E + 0 0 0. 0 0 i+ JC TEiN: 0.0JE*00 0.0Ci+30 0.00!*CJ J.J0:+00 C.C3!+03 3.0 !+00 0.00E+03 0.J0i+JC Ch!LD: 0.C3d+C0 0.002+00 0.00h+03 0.3Ci+00 0.00Z+C0 0.00!+00 0.00E+00 0.00!+0C INFANT: C.0JE+C3 3.00i+00 C.00c+03 0.300+30 0.00E+CO .00!+00 0.03E*0J C.00E+JC FCR PATMdAT: GJAT MILK T. 20 Y GI-TRA;T EJN! LIV;E KIONIT TMT2CIO LUh3 5 KIN ACLLT: 0. )!+C3 3.00i+00 0.3]i+0J 0.00!+0C 0.CCE+CQ 0.00!+00 0.00E+00 0.00!+0C il6N: 0.C i+03 3.J0i+:0 0.;:f+00 0.0C*+0; C.00E+CC 3 30!+00 C.03E+00 3.00:+0C On:LO: C.00t+00 0.00i+3C C.00!*J: 3.3C1+JC 0.CO?+C0 0 0Ci+00 0.03E+00 0.00i+JC INF A.4T : 0.00i+C0 0.30!+C: 0.032 01 0.00!+0 0.C: +C3 0.00i+30 C.00!*C0 0.30d+JC () FCA #AfedAY: INMALAT:CN T. t;CY GI-TRACT JON: LIViR A!ONiY TMTRCIO LUN3 5K k A* ULT: 0.00!+CD 3 00i+;0 C.J01+C; 0.30:+0C 0.C0!*C0 3.J0!+00 0.00E+00 0.00i+0C TEiN: 0.C3E*CJ 3.3Ci+30 0.00i+03 0.00i+00 0 00E+CO C.30!+00 0.00E+03 C.JCi+0C Cn 63: 0.00i+09 3.30f+J0 0.03E*0J 3. C !+ 3 0 0.C OE + C 3 0.00!+30 0.00E+00 0.00i+0C INFANT: 0.00i+00 3.002+00 0.00i+0: 3.3:!+00 0.C0!+C3 0.00i+30 0.00i+C3 0.001+0C
)
o O
() i i INOIVIOUAL 0:5J FACTORS FC4 3ALEJL$ !FFLJiNT$ -- FOR !$0 TOPE : K487 O FCR FAThdAY: F.Umi l T. 6J:Y SI-TRACT E2N2 c!Yit K!ON!Y TMYROID LUNG 3 KIN A;gLT: 1. 318 + 0 2 1.:1 b31 1.31L*02 1.31c+02 1 31E+C2 1.312+02 1 35E+02 4.60f+02 TEiN: 1. 31 t + 0 : 1.n i+0L 1.31c 0; 1 31d+J2 1.315+C: 1 311+J2 1.35E+02 4.60!+02 CMILJ: 1.31!+C1 1.31-+31 1 31c+02 1.31*-02 1.31I+C2 1.313+02 1 33E+02 4.50f+02 () INFANT: 1 215 0 2 1. !! D 3 2 1.J1;+02 1.315+02 1 31;+C2 1 31E+32 1.35E*02 4.50!+02 FC4 #AihdAY: 042JNJ T. :00Y J -TRACT ::Ne LIViR K;0N!Y THYRC:0 LUN3 SKIN ACULT: 0.00f*CJ 3.00i+30 0.Cai+03 0 Ci+JO 0.00E*C0 0.00!+00 0.00E+00 0.00i+00 TEiN: C.C0!+C) 0.00!+JC 0.00i+0C :.3Ci+30 0.00E+00 0.00!+00 0.00!+00 0.00!+00 ' () JM;LS: 0. Ji+C0 3.3C1+00 0.03:+00 3.3Ci+0C 0.00E+00 0.00!*00 0.00E+00 0.00!+00 ANFANT 0.0]i + 0 3 J.00 i+ 30 0.00E + 0] 0.J0i+30 0 00E+C0 0.00i+00 0.03E+00 0.00f+00 7C4 FAimnAY: Vib!TA!Li , T. 3 0 Y II-74AT 3]Ni L Vit K!CN!Y THYRCID LUNG SKIN ACULT: C.CJt+00 0.001+00 J.00t+0J 0.3C2+0; C.C0f+C0 3.00i+00 0 00E+00 0.00s+00
' () TckN: C.C;i+00 3.30l+30 C.03C+C0 0.00i+30 0.C3E+0C 0.00E+00 0 00E+00 0.00!+00 CMILL: 0.00i+00 0.)C!+00 C.0cc+;) 0.0C E+ 0 0 0. 0 0 E + 0 0 0. 0 0i+ 00 0. 00 E + 00 0. 0 0i+ 00 INFAat: 0.0]i+00 3.3 i+30 C.002+00 J.00g+0C C.20E+00 3.0C!+30 0 00E+00 ' . 00i+0C FC4 PAThnAY: M2AT T. 330Y 31-TRACT 3CN! L:YER K;CNiY THYRCIO LUNG SKIN
() AVLT: 0.00!+C0 3.0 !+00 0.00!+0C :.0Cf+30 0.00E+C0 0.00E+00 0.00E+00 0.00!+00 TEEN: 0.00!+0] 0. 00 i+ 3 0 0.0 0 f + 0 3 3. 0 C i+ 0 0 0.C O E + C 0 0. 00E+ 0 0 0.30E+00 0.00f+00 CHILJ: 0.0u! +00 0.0 0 !* 0 0 C.00i+0] 0.0C h+ 0 0 0.0 0 E + 0 0 0. 00i+ 00 0.00E +0 0 0. 0 0' +0 0 ' INFANT: 0 03f+00 0.40!+ C C.00E*03 0.JCC+00 0.0:E+00 3.00!+00 0.00E*00 0.00!+00 FCR FATMder: C J 'a MILK () 7. sa:Y GI-T1ACT SON! LIviR KIONEY TmTRCID LUN3 $KIh ' l AQULT: C.00E+C0 0.0 0i+ 0 0 0.0 0 E + C O 0. Ai+ 3 0 0.0 0E + 0 0 0. 3 0!+ 0 0 0.00 E + 00 0. 0 0i+ 30 TiiN 0.0]!+03 0.30!+30 0.00E+0J 0.00!+00 0.00E+00 3.00i+00 0.00!+00 0.00:+00 CMIL3: 0.03E+00 0.00!+00 0.00E+C0 0.JCi+30 0.COE+00 0.00!*00 0.00E+00 0.00i+0C Ih7 ANT: 0.0]i+00 J.00!+30 C.00E+0] 0.;ci+00 C.COE+03 0.00!+00 0 00E+00 0.00c+00 ' FOR FATndAY: GJAT MILK . () l T. SOCY 3!-TRA7 63N! L*VER K: NEY THYRCID LUN3 SK N I ACULT 0.0:i+00 3.JC!+3C 0.00:* 3 0.J0!+00 0.00E+00 0.00i+00 0.00E+00 0.30i+00 TEiN C.00i+00 0.30J+30 ;.C3i+CJ 3.JCI+3C C.00!+C3 3.3C!+00 0.03E+00 0.00!+JO i CMIL;: 0. Ji+C3 3. J i+ Jo 0.0 0i + 0 3 0. ]0i+ 0 0 0.0 0! + C0 J. 0 0 E+ 0 0 0.00E
- 0 0 0.00i*JO INFANT: 0.00:+00 3.Jui+0C C.001*CJ 0. CI+0C J.C f+LO J.00i+00 0.03E+03 0.30!+JO
() FCR FATMJAY: I.'.n A L A T * ; 1
- 7. !;;Y GI-T4ACT s:NE LIV 2R KCNEY THYROID LUNG SKIN A00LT: 0.0Ji+0J 3.;;i+0C C.30i+CD 0. i+00 0.00E*C0 0.00i 30 0.00E+00 0.00i+00
, TEiN: C.30i+C3 3 0 0 !+ .10 C.00i+03 3.3F+00 C.00E+00 0.00i+00 0.03E+03 0.00E*00 2MILO: 0.CJi+;0 0.JG;+JO C.03c+00 0.30t+00 0.00E+C0 0.00i+00 0.00E+00 0.0Ci+00 i INFANT: 0.30:+C: 3.00!+00 0.00E+00 3.J0!+30 0.00E+C0 0.0C!+00 0.00E+00 0.00i+00
,0 I l
" () i
O IhJIVIOUAL 005: 'ACT]Ei 804 JA$i:L5 (FALJiNT; -- FJR ISOTCPE : KRE8 O
#C4 FATM4AY: 8.Ud!
- 7. g*CY JI.itACT 3JNi a LIV!A KIONEY TMY4CIO LUN3 $K;N ALvLT: 3.211+02 3.24:*J2 3.:si+02 s.2t!+22 3.261+02 3. 66+02 2 27E+02 6.50f+02 ftIN:
CM;L;: 3.?P.+00 1..oJ+02 S.2st+02 3.0c:+02 f.26i+02 3 262+02 3.2TE+02 6.50i+32 J.2ii +0 2 3. 66 :* J2 4 0 6 +92 3 26 f + J2 3 2vi+0 2 3+261+32 3.27!+02 4.$0i+J: () INFANT: 3.245+C: 3.c6:+02. 3.;s!+02 3.253+J2 3.241+04 3 261+ 02 3.2 f t + 02 4 50i+ 0 2 FCR 7ATh.AY: Ct;UNO T. 8 3:Y G1 7140T 3JNd LIVie 5ICNEY INYR !D LUNS $ KIN AOLLT: 0.J3E+03 0.00i+ C C.J0i+03 J.0Ci+03 0.uCE+C0 3.*J0?+00 0 00E+00 0.00!+00 fiiN: 0.0Jt + 0 3 3. J0 :+ 0 0 0.0 0 L + 0 0 0 0 !* C0 0.0 0 E + C 0 0 00i+ 0 0 0.00! +00 0. 302+ 30 () CnILO: 0.00!+C3 0.Jci+00 0.00E+03 0+00$+0C C.f(Et00 te04fe00 0.00E+00 0.00i+00
.N F Atit : 0.01i+C0 0.002 00 0.00E+00 3.2Lt+;0 0.00E+00 0.00!+00 0.00E+00 0.00!*00 FC4 #ATHnAY: Vi3ffA6Li T. S307 G*.TIACT A J i'i LEVER ElCN!7 TMYRCIO LONG SKIN ACULT: C.031+0] 0.J C 2+ 30 0.0 0t +r0 J.CCJ+ 00 0.C oh + 00 J.00i+ 00 0.00E +00 Q. 30f + 00
() Tiin: 0.CD E
- 00 0.1C i+ 0 C C. 0 0i. C 0 0. J Ci+ 10 s .C 0f + 00 0. 0 0!+ 0 0 0. 00E *00 0 00E + 00 CMILJ: C . C Ji + C 3 0. 0 0i+ 0 0 C. 0 0i + 01 0.e0E + 0 0 Or 0 0E +10 0.00d+00 0.00E+00 0.00i+00 INFANT: 0.0]!*CJ J.J31+JC .00;+CJ 3.JCI+11 t.00E+00 0.00!+00 0.00F+00 0.00i+00 FOR FA:h4AT: MIAT T. tJCY 31.T4407 i ;,4 LIviR FION(+ TM*4CIO LUNG SKIN
() A; ULT; 0 00E + 0C 3.0 0i+ 4i 3.0 0i+ C 0 :.J0i+ 00 ..C OE+ 0 3 ?.7(; $ 30 C.00E+ C0 0.00f+00 TidN: 0.03i+00 0: J0i+JC C.00E+43 3.[0!+30 3.CSE+f) +.00e(30 0 00Es 3 0.00d.00 CMILO: INFANT: 0.03!*CJ 0.J: 2+ 00 C.C O2 *r ) :.Jr + t t.091+00 0.00i+V0 0.00E+00 0.00i+00 ' 0.00i+00 J.J0D 00 C.03'b9) 0. :'s ,31 0. 0 0 C + C 'J 3.008+sJ C.00E+00 0.00!+00 l FCK #ATn=AY: C . .= ILK () 7. i];Y SI-TRACT SONE L :'f i t KI0r!! THYt:IO LUN3 4 KIN A0JLT: 0. C;! + 0 0 0. 0 0 ! + 0 0 C . 0 3!
- 0 7 1. 5 C 3 + 3 C C . 0 0f ' C 0 0.)Cs+0C 0.00E+00 0.0Ci+00 TEEN:
CMILO: C.03f+C0 0 00!+00 7(2C2-03 J.3Ci+L 0.50h+00 0 00t*30 0.00E+00 0.00!+00 2.00ie00 0.00!+ 30 C.00k+C3 0 Oi+ 00 L,00L +03 0.10!+90 0.002+00 0.00i+0C ANFANT: 0.00i+00 0.00!+30 C.00k+00 3.00!+:0 C.00E+CD 0.00!+ 30 9 00E+ 00 0.00i+00 FCR FATMdAY: CJAT MILK O T. 3 CY SI-TRACT 3ONE L!YiR K I T 'it Y THYICID LUN9 SKIN ACULT: 0.C3!+00 0.00!+00 0.Coi+C3 0.0CE+00 0.00:+C3 0.C0!+00 0.00E+0) 0.0cc+0c , itJN: 0.C3:+03 0. ;i+0; C.:Ji+30 0.JCi+00 0.C*!+C0 0.00i+10 0.00E+00 0.30i+00 CMILO: 0.0*f+0J 0.30i+0C 0 00!+C3 0.J0i+30 C.60E+00 0 30!+00 0.001.CJ 0,00E+00 INFANT: 0.CO*:+C0 0.30i*30 0.0JE+03 3.3C!+00 0.0.E/Q0 3.C3E+0D 4 00E+C0.G.00S 00 () FCA PATM4AY: INMALATICN T. 5JCY 1;-TIACT $0Ni LIYiR 5 0NEY TMYREID LUNG SK;N ACJ67: 0.00i+C0 0.00!+30 C.00i+0] 0. 0 C f + 0 0 0. ( C E + 0 0 0. 3 3i + 0 C C . 0 0 3 - 0 3 ? . C.2 f + %' t Thin: CHILD: C.:Ji+C0 :.JCi+0C C.00E+00 0.J0i+00 0.CFt<00 0-00!?00 0$000*00 0.10?+00
- 0. 00i +C 3.s0!+00 0.0JA+00 3.'C:+JC 0 005+v0 0. 0 0 E + 0 D C o o d,
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INF A.vT : 0.CCf+C0 0.voi+3C C.03E+00 0.0;!+30 v3075+iG J.0J# + 00 C; 30E +0J J.00? *CJ e O
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rua >AtasAY: ptuArn.AY: :nnstAT:Cs ! T. 50CY 32-T4ACT SONE LIY!d K!045Y TMYROIO LUNG SKIN ACULT: 0.CO E + C 3.30!*30 0.CJi+C0 0.0Ci+00 0.C0i+00 0.30i+00 0.00E+00 0.00E+00 TEiN: 0.03!+C0 0.JCi+J 0 035+03 J.30!*JO 0 03E+C0 0.00i+00 0.00E+00 C.00E+0C CHILC: 0.03t+00 3.JCi+0C C.0Ci+00 0.JCf+00 0.00!+C0 0.00i+00 0.00E*00 0.00f+00 r ,s INFANT: 0.CCi+C3 0.30i+30 C.00!+C4 0.JC!+30 C.COE+C0 0.00i+00 C.00E+03 3-00i+30 V l l l
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J IN0IIIOUAL 00Si 8ACT:ki 7C2 GASc;L3 if7LJENTS .. FOR !$0f0PE : IE131M D 804 7AThWAf: P '. L M 9 T. 5:0f 3 .fteCT 5sN1 LIV 14 KICNiY T*T40:0 LUNJ SKIN ACJLT: 2.C3f+03 2.33!+JC 2 0?!+03 2.3]i+00 0 03I*:0 2.331400 2 34E+00 1.59E+01 TEcN: 2.0.a!+03 2 32i+00 2.030+03 03334+30 2.C0!+00 1. 0 3 + 3 0 2 . 3 3 E + 0 0 1.J9E+01 CnILJ: 2.CJi+C0 1.];:+s0 2.022+C) 2.33:+JC 2.03:+C3 2.031+30 2 33E+00 1 19!+01 ) IN7 ANT: 2.C3E+CC 2.'a:+;C 2.C3:*00 0 33t+0C i.031+C3 2.03i+00 2.3JE*00 1.39E+01 . F04 PATM4AY: GE0aNO T. 20;Y ;I.T4ACT i N! LIVEA KILN (f TMf40:0 LUN3 JKIN ADJLT: 3.09!+00 0.00i+00 0 3Jf*CJ 0 3Cf+00 C.C0t+00 0.00!+00 0.00E*00 0.00E+00 TeiNi 0.00i+00 0.00 +v0 0 30!+0s 0.3ci+00 C.00E+03 3.00!+00 0.00E+00 0.00E+0C [) Cn:L; 0.00i+03 3.002+00 C.09!*CJ 0.bCi+90 0.00!+C0 0.00i+00 0.00E+00 0.00t+00 INFANT: 0.00i+00 0.402*00 0.00t+00 J.0Ci+30 0.C3!+C0 0.00!+00 0.00E+00 0.00!+00 FCA #4TMWAf: ViGITi&LE , T. 3CCY GI-ftA07 $0N! L ViR KIONiY TnYACIO LUNG SKIN ADVLT: 0.035 + C0 3.30!* 00 0.0 Ji+ 0 J 3.00!+00 0 00!+ C 3 0.00!+00 0.00E+00 3.00c+00 ) TEIN: CnILO: 0.00E+C0 J.00i+30 C.33t+00 3.3C1+00 0.00E+00 3.30!+00 0.00E+00 0.00i+00 0.CJi+C0 0 032+3C Q.03i+03 J.3CC+0C Q.C35+00 3.30t+00 0.00E+00 0.00?+00 INFANT: 0.C3E+00 3.JC!+00 C.00t+C] 0.3C!+00 0 00E+03 0.00i+00 0.03E+03 0.00f,00 r04 PATMWAY: MiAT T. 13CY GI. TRACT 20Ni LIviR K:CN!Y Tnf4IO LUN3 SKIN ) ACJLT: 3.C0!+C0 0.00!+CC 0.00!,G* 3.00E+00 0.03f+C0 0.00!+00 C.00E+00 0.00i+0C TidN: 0.00!+C3 0.J0!+0C 0.C95+C0 3.0CE+00 0.C3E+C0 0 30d+00 0.00E+00 0.00i+00 Cn L': s 0.C0!+03 C.30i+0C C.00f+e3 3.00!+00 0.00!+C0 0.30!+C0 C.00E+00 0.30E*00 IN/ ANT: C.CJr+03 0.voi+00 C.CCE+03 0.00E+00 C.03:+CO 3.00!+00 0.30!+00 0.3C!+00 i ! FCA 7ATh=AT: CJw MILK ) T. 300Y 3:ifRA07 : NI LIV!4 K:CNET TmT40IO LUNG SKIN
'00Li: 0.C3!+0J J.30!+00 0.00i+00 -).00i+00 0.C3f+00 0.]Di+00 C.00E+00 0.00&+00 Thin: C.00!+C0 0.3Ci+0C C.00E+CJ 3.:CI+00 0 00E+03 0.00!+30 0.00E+03 0.30!*00 Ch*LO: 0.00!+00 3.30!+30 0.00i+0; C.;Ci+30 0.002+00 0.00!+0C 0.00!+03 0.00E+00 l INFANT: 0. 0Ji + C J J.004<00 0.00d+03 3.C;i+00 0.03E+00 0.00t+00 0.00E+C0 0.3CE+00 FCR PAthnAY: G2&T 14 ILK l T. 20CY GI-TRACT 2:NI LIV 3R K!DNEY TnfROIC LONG SKIN ACULT: 0.005.C3 3.3Ci+00 0.0;i+30 J.0C!*:0 C.C3;+00 0.30!+30 0.00!+00 0.00!+00 Thin: C.0)f*03 0.J03*00 0.03:+30 3. 3C f + 3C 0.03E+03 3.00i+0c 0.03E+C3 0.30f+00 Cn:LO: 0.00i +C 0 0.30 i+ 20 C.0 3f + 0 3 0 00:+ 30 0.C JE +C 0 0.00i+ 00 0.00E +00 0.00i+ 00 INrANT: C.CJi+CJ 0.20!*30 0.00i+0J J.3Ci+30 0.00E+C0 0.00!.00 0.00E+03 C.00i+00 FOR FATn AT: INwALATICN T. 5;CV 01.TdACT IJNi L'VIR KICN!Y int 40:0 LUN3 5 KIN ADULT: 0.00i+03 0.00i+00 0 03E+03 0.303+00 0.C3E+00 0.001+30 0.00E+00 C.00!+0C Thin: 0.C 5+03 3 002+JJ 0.00!*0J J.302+:C 0.0C!+C0 0.30i+00 0.00E+00 0.00t+00 Cn!L*: 0.0 i+C0 :.0;;+30 0.03:+03 0.00l+0C C . C ; E *C 3 0. 00i+ 00 0.00E+C0 3.30!+00 g INFANT: C.CJ!*CO 0.00i+00 C.03E+0J 0.00*+:0 0.00E+C3 0.00!*00 0.0]E+C3 0.00:*00 D
IQ IhDIVIOUAL 00$g s4CT0Ai PCR GAidJu$ JF8LJ3NT3 -- FOR ISCTCPE XE133M n p.J FCA FATHWAf: F '. V M k T. !" f GI-TRACT dJN! LIV K K!ONET TMTRCIO LVN3 iKIk ACJLT: 5.tTc+C0 5. 5 7 i+ 30 3. 5 72+C J 5.;71+30 3.371+CD 5.37E+00 6.03E+00 3.9tE+01 ficN: 3 57t*03 3.272+0C 5.17t*00 5.77 *00 5 37E+00 5.57!+00 6.03E+03 3.96h+01 CnILJ 3.571*C0 3.37:+00 5 37:*03 3.575+00 !.371*00 5.$75+00 6.03!*C0 3.96E+01
) INFasia !.371+03 !.57!*CC 5.3?i+33 3. 3 71+ 0 0 3.3 7 5 + 0 0 3. 57 5+ 0 0 6. 0 3 E + 0 3 3.161+ 01, rCA PAfhdAY: GROUhJ l
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. K;0N!Y THYRCIO. LUNG $ KIN l AcuiT: 0.0H +00 J.JCi+J3 0 0)i+0S 0.3C1+00 0 00E+00 0.00t+00 0 00E+00 0.00!+00 TiiN: 0.00i+00 0.3Ci+00 C.30!+00 0.;Ci+00 0.C3!+00 0.00i+00 0+00E+03 0.00i+00 $) CMILJ: C.CJ!+CC 0.J02+03 C.00l+C3 0.JCi+3C 0.C3E+00 0.00i+3C 0.00E+00 0.001+00' i IAFANT: 0.C)i + C0 3.3 3 :+ 20 C.0 0:+0 3 1.0Ci+0C C.COE+00 3.00!+00 0.00E+00 0.00!+00 l
j FCA PafhaAYi VIGcTA!Li T. 500Y GI-TRALT !)N! Liv!R KIONEY THYRCIO LUN3 SKIN' ACJLT: 0.C3t +00 0.30 i+ 0 0 0.CCi+0 G 0.0C f + 30 0.0 0!+ 00 0 00!+ 00 0.00E+03 0 00i+ 00 () TEEN: 0. 03 5
- 0 3 3.3 0 i+ 3 0 C.J 3E + CC 0.0 C f + 3 0 0. 0 0E + 0 0 0. 00E + 0 0 0. 0 0 E + 00 0.0 0E + 0 0 CnILO: C.03 E .C 3 0.00 !+ 3 0 C. 00 E + 00 0.0 C!+ 00 0.0 0E + C 3 0. 0 0i+ 30 0. 0 0E + 00 0. 0 0 !+ 0 0 INFANT: ).CJE+C0 0.00f+00 C.03E-03 .0CE+00 0 00E+CO 0.40i+00 0.00E+00 0.00!+00:
FCR PATMdAT: M1AT , n T. 33Cf 31-TRACT $3Ni LIV:R K I M4 ! Y THYRCIO LJN3 SKIN!
'# 0.00E+00 3.00i+]O 0.09t+03 0.00!+00 C.C;E*C0 0.00!+00 0.00E+00 0.00!+0 0 :
ACJLT: U .N: 3.00t+C0 3.00i+JO C.C3E+00 0.3Cc+0C 0.00i+C0 0.00!+00 0.03E+03 0.00f+0C s'.0: ;.00E+03 0.0Cf+30 0.00i+00 3.0CE+00 0.00!+03 0.00!+00 0.00E+00 0.00!+00 Ih7AhT: 0.C0s.00 A.:0!+00 0.00E+00 3.0Ci+00 C.00!+C0 0.30 +00 0 03E+00 0.00!*3C' FCA 7Athdaf: C2= FILA , O T. i] Y GI-TRACT i:NE LIV!R K:0NEY fMYRCIO LUNG SKIN ALsLT: 0.C0!+00 3.00!+00 0 00!+03 3.0Ci+00 0.03E+00 0.00E+00 0.00E+00 0.00t+00: TeiN: 0.03E +0 0 0 001+ J 0 0.0 0i+ 0 3 0. 3 0 t + 0 0.0 nE + 0 0 0.00!+00 0.00E+03 0.J0i+00: OnI62: 0.3JE+00 0.30f+00 0.0C!*C0 0.30i+00 0.00E+CD 0.00E+30 0.00E+00 0.00E+00; IhPANT: 0.00E+D0 3 00f+00 C.00i+03 C.30!+30 0.COE+C0 0.00E+00 0.00E+00 0.00E+00 () FCA PATndAY: G17 AILK T. 5 30Y 31-TtaCT !JNd LIVf2 (:CNET THYRCIC LON3 3 KIN; AwvLT: 0.03i+C0 0.Joi+00 0.03!+03 0.CCi+0C 0.00C+C0 0.00i+00 0.00E+00 0.00i+00: Tech: 3.03 +03 3.;;i+0C C.00E*00 0.3Ci+30 0. 3I+C0 0.00!+J0 C.00E+03 0.00!*3cl (nILO: 0 00h +C 3 J. 'C !+ 3 0 C.0 0!+ 0 J J.0Ci+0C C.COE+C3 3.00t+00 0.00E+03 0.00t+00' INFANT: 3.03i.00 3.JOI+30 0.032+00 3.J0:+0C C.CCi+00 0.00E*30 0.00i+03 0.J02+30: O FCA Paln4AY: IMn a L A T IC'. T. dJCY GI-TRACT 30h1 L:v!R %IONEY TMYRCIO LUNG SKIh ACJLT: 3. 3 1 0 0 0. 3 0!+ 3 0 C. ;32 + C 3 0.00!* 0 0 0. 0 0!* C D 0. 0 0!+ 0 0 0.00E + 00 0.0 0! 0 0 TEEN: C.C0i + 0; 0.00!+ 00 C.0]!+C J 0.3C1+ 30 C.0 0E + CD 0.0C!+ 00 0.00E + 3 0 C.J CZ+ 00 : CHIk3: 0.CCi+C0 3 0C!+00 0.00!+03 0 3Ci+00 0.00!+C0 0.00i+30 0.00E+00 0 00!+00-() INFANT: 0.:JE+03 3.;;f+JC 0.00h+03 0.JCf+00 C.CCE+C: 0.001+JO 0.00E+00 0.00!*00-
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- O Ce o o ee G O O O ** O O Cs Ca H O O O O ** O O O C', e s e.4 te O O M G O Co O Z O C* O O F OO002 OOOO7 ODOO7 OOOO% em so to ee 7
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4 0 IhJiVI U A'. COSi Ps:T]R1 ?cR iA31;Li iFFLuiNTi .- FOR liOTCP! : XE135M ' C) , rLR 3ATndAt: V.UAt T. : 301 J:.itA0T d.N! '. ; V - R K:CN!f Tmyt0!O LUNO $K*N AGULT 1.).!+01 5.122+01 6.52;+0. 2.12i+01 f.12 +01 o.62f+01 6.13E+01 1.05d+02 TiiN 3.12.+0; 6.):a+01 6.9 :+ 1 6.72E+ 1 f.1;E+C1 6.111+01 6.95E+01 1.0$i+02 anILO: t.92i+C1 3.s!.+J1 3 921+01 i. Hi+ J1 $.91+01 $.9:!+01 6 55E+C1 1.03E+J2 i, C) ih? ANT: $ .S.! + C 1 6.1:s+0; 6.12E+ 1 a.121+ 1 6.521*C1 6.92i+01 6.95E+01 1.0$2+02 ACR 7Aih4Af: GRCJNO T. 230Y 4:.T447 !:N* LIVER K!ON!Y T1YR0:0 LUNG SKIN ' AyuLT: C . 00 c + C J 0. J0 ! + 0 0 C .00i + CJ 3.0C!*00 0.COE+00 5.90:*00 0.00E+00 0.00i+00 ThZh 0.0Ji+00 0.JC:+30 0.00i+00 J.0Ci+00 0.00!+00 3.00E+00 0 00E+00 0.00i+00
. C) cnILa: C.Cai+C3 3.:0i+:0 0.33:+0: a.3ci+30 C.COs+03 0.00!+30 0.00E+03 0.00s+J0 ihfANT: 0.00!*C0 3.J0!+ C C.GOE'CJ 3.0Ci+30 0.C0E+00 0.00f+00 0.00E+00 0.00i+00 r0R PATHdAT: YkGETA6LE T. h;;f II.Tsa:T 4:Ni 4:VIR K:0N!Y TMYRCIO LUh3 3AIN AQULT: C.00!+03 3.*C2+3C 0.00:+0; :.JC:+00 0.00i+00 0.00!+00 0.000+00 0.00i+00
() Tech: 0. 03i +0 3 0. 0 0 2 +0 0 0.0 J i +00 3. 3 0i+ 00 C. 0 0! + C D - 0. 00i+ 0 0 0.00 E + 00 0. 3 0i+ C 0 CnIL:: C.Gai+03 3.301 00 0.CJi+03 )Ci+00 0.00E+C3 0.002+00 0.00E+00 0.00!+00 INFANT: 0.00i+C0 3.J0!+JO C.G:t*CJ 0.0Ci+CD 0 00E+00 3. 00i+ 00 0.0 3E +00 0. 00i+ 00 FC4 7ATM4AT: PiAT T. $0:Y 4 .T4ACT 23Ni LIYip A :NEY T4Y40:0 LUNG SAIN . () A;V6T: 0.03 +CJ 0.J0i+3C 0.331+03 0.00!+00 C.C0l+C0 3.3Ci+00 0.00E+00 0.JCE+00 ' TEiN: C.C3e+C3 0.302+JC C.*Ci+00 0.00f+2: C.00E+C0 0.00i+00 9.00!+00 0.30d+00 CNIL3: 0.0]!
- C J 0.c G i+ 3 0 0.0 L f +0 0 3.JCE+00 C.C33+C3 0 002+00 0.00i+03 6.00i+00 ,
- 4NFANT
- 3.0)i+03 0.COI+00 C.0]!+30 0.0Ci+0C :.00E+03 0.00i+00 0.00E+00 0.00!+00 '
bCR PainaAT: C3h MIL ( ! C) 7. 3::v 22.TtAct 3:s; L:Vs2 K: 3say TwtRO:0 tuu: sK:s I 40467: 0.C31+C0 3.J0!+30 C.00!+;3 3.003*3: C.00!+03 3.00!+00 0.00E+C0 0.00!+00
; Thin: 0.035+C0 0.J !*00 0.00!+00 0.3CI+JC 0.03E+C0 0.30!+30 0.00E*00 0 302*00 l CHILL: 0.C35+00 0 003+30 0.00!+03 J. Ci+CO C.00!+C0 0.00!+C0 0.00E+00 0.0Ci+00 l lh7 ANT: C.CJt+C0 3.003+30 0.00i+00 J.00i+30 C.03!+ J 0.3Ci+00 0.,00E+C0 0 0CI+00 i FCR 7ATh4AT: COAT M:LK T. i;:Y GI.itACT !JNi LIVER K;0 NET TMYA010 LONS $ KIN ACULT: 0.03f+03 3.*;i+JO 0.00i+00 0 0CI+30 C.00E+C0 0.00i+00 0.00E+30 0.J0i+00 TEiN: (.C3! 03 .;;i+10 C.0Ci+ 0 3.0Ci+30 0.00!+C3 0.00i+00 0.00E+00 3.301 00 , OM LO: ?.03!+C0 3.20i+)0 0.0CI+ 0 2.JCI+3C :.00E+00 3.30i+0C 0.03E+C0 0.00!+00
{ :hFANT: C.GJ:*0 3.JC:+00 C.33i+0] 3.JC:+30 0.C35+C0 0.00!+30 0 00!,00 0.00i+0C () FCR PATH 4AY: I'm AL AT IO N I ]
- 7. SOCY 5;.TRA;T 1;hi L:yia % ONEY THYRCIO LUNG $KIA ACULT: 0.03!+00 J.3J:*00 C.CJi+03 J.;Cd+00 0.00E+CQ 3.00E+CD 0.00E+00 0.30!+0C l
] Tifh: 0.0)!+00 3. ;;;+ 00 0. 0 J5 +0 3 J. 30:+ 30 0 00E+00 0.0C!+30 0.00E+C3 0.00i+0C l CMILO: 0.03:+C3 3.35:+30 0.0)t*0J J.3*i+30 0.03!+C0 3.0Cf+30 0.00E+03 0.001+30 Ih7 A;.T : 0.CJt+03 3.;0!*30 C.00i+CJ J.0Cf+30 C.COE+CJ 0.00i+00 0.00E+CJ 0.CCi+00
.O I
i I
- l l 1 1
l
l-l t !O l l r IhyI/ISUAL 00$i FACTCki FC4 3AitCU$ IF8LJENT5 -- FOR !$0TCPE : xf135 t O i FCR PAThaAY: P'. U H i l T. 50Cf 3 !- 7 4 A T,7 !CN: L*Vi2 K:0NCY THY 4CIO LUN3 SKIN AOJLTa *.02i+01 e.022+31 +.'J2i+01 4.02E+01 +.C21+01 4.32?+01 4.01E+C1 1.065+02 TEdN: 4.02E+01 4.32i+J1 4.0ti+Ci 4.02i+;l 4.f:E+C1 6.02i+01 4.01E+01 1.J65+02 i EMILJ: 4.Cli+Cl 4. 312 + 01 4. 0!! +,U1 4.32:+)$ 9.EII+Cl 6.028*01 4.09!+01 1.061+02 () INFANT: 4.C2!*01 4.0:I+31 4.02c+01 4.32E+31 4.*2E+01 4.);s*C1 4.39E+01 1.36E+02 FCR PATNaAY: GacQh3 Y. 200f GI-TRA*T iONi LIV P K 0NEY TMfROIO LUN3 JKIN 4; ULT: C.00!+00 0.002+30 C.03E+03 3.JC;*00 C.C3E+CJ 0.00t+00 0.00E*00 0.00E+30 TEfN: 0.Coi+00 3.30i+0C C.00E+00 0.00i+30 0.COE+C0 0.00E+00 0.00E+03 3.00E+JO () CHIL:: C.031+00 0.00!+2C 0 00!+00 0.00i+00 0.00E+00 0.0Ct+30 0.00E+00 0.00i+00 INFANT: 3.03h*01 0.00i+30 C.00i+00 3.00i+00 0.C3E+C3 3.00h+00 3.00E+00.0.00i+30 FCA PathdAY: 4;GITA6Le
- 7. 5:07 GI-T4ACT 10N? 6:Via KIONEf TNTROIO LUNG SKIN ACULT: 0.C3t+C3 J.0Cf+30 0.00!+0J 3.00i+30 0.C0!+C3 3.00i+00 C.00!+00 0.00f*00
() TEEN: 0.C31+0C .30i+00 C.00i+03 0.3Cf+00 C.00!+03 0.00i+00 0.00E+03 0.30i+00 Ce:La 0.004+00 0. Ci+0L 0.00i+00 0.JC!+0C 0.COE+03 0.30!+00 0.00!+00 0.0C!+00 INFANT: 0.00i+00 3.JC;+JO 0 03E+03 0.3CE+00 0.00E+C3 0.30E+00 0.03E+03 0.00E+00 4 rCR #ATNwAY: Mi A T
- 7. 10Cf GI-T24CT 23Ni LIYi2 K! N!Y THYRCID LUNG 3 KIN
() ACULT: 0.03f+03 3.30:+3C 0.00i+GO :.3Ci+30 0.COE+03 3.00!+00 0.00E+00 0.30i+00 TEiN: C.03E+03 0.00!+20 C.03i+03 3 000+00 C.COE+00 0.00!+00 0.00E+00 0.00!*00 CnILO: C . CO E
- C0 3.00!+30 0.0Ci+00 0.0;i+ 0 3.30!+00 3.3bi+JO 0.00E+03 0.00!+C0 1N8 ANT: 0.C3t+CO 3.;0!*J0 C.0JE+C3 3 3CI+00 0.C3!*C3 0.003+00 0.03!+03 0.00E+30 ,
i l PCA AAihmAY: C;d VILK < O T. 32CY GI-74ACT iGNi L;Ve4 KCNtf TMYRCIO LUNG iKIN ' AJuLT: 0.00i+00 3.00i+00 0.00E.00 3.00:*JO 0.00E+C0 0.33E+03 C.33f+00 0.00!+30 Tsch: 3.C3i+00 0.0C!+30 0.031 03 3.3 C E + 30 0. 0 3E + C 3 0. 3 0i+ 0 0 0 00E + 0 0 3.0 C i+ 0 0 CHILJ: C.CJE +C 0 0.00i+ 00 0.00!+ 0C 3. 0C1+ 3; C.0 0E
- C 0 0 3C!*00 C.03E+03 0.30c+00 i IhPANT: 0.00f*00 0.0C f + 3C C.00E+03 3.JCi+03 :.03E+C0 0.30i+00 0.00E+03 0.30f*00 l
'4) FOR 7ATHJAT: G3A T MILK ) T. 33Cf SI-TRA;T 3:Ni L Yi2 KIONEY TMTROIC LUNG SK h
-CULT: 0.03f+03 C.30!+30 C.0Ci+CJ 3 ;CE**0 0.00i4CO 0.30i+00 0.03E+00 3.30E+JO i it!N: C.00!*03 0.00:+0C C .* 0 * + 0 3 0. 30i+ 30 0. 0 0E + C a 0. 00!+ 30 0. 00 E + 0 3 0. 30 i+ 3 0 CnILO: C.03!.00 0.00!+00 0.00i+0: 3.3Ci+33 C.C35+00 0 00!+00 0.03E+03 0.0C4+00 {
Ih7 A iT : 0.03i+C0 C.30i+30 C.331+30 3.003+00 0.0*1+03 0.30i*30 0.03E+00 3.30!+30 1 . C) FLR FATeaAY: 1*&LATICN l I T. 600Y 3I-T3ACT 2:NJ LIVIR K:CN!Y TMf4C;0 LUNG SKIN AQULT: 3.C01,00 0.0 01+ 0 0 C.0 3:
- 0 0 J. J C f + 0 0 3.C 0 5 +0 ) 0.00E+00 0.00E+00 0.00t*30 TEik: C.0]t+00 0.3Ci+30 C.00(+0; :.001+30 0.CCE+C3 0.00Y+3C 0.03 E + 3 3 C. 3 0!+ 3 0 CnILS: 0.C0i+03 3.3Ci+30 0.03f+0' C.0Jt+003.00;+30 0.0C1+ 30 0.03E+03 0.0Ci+00 0.03E+03 0.3Ci+03 J
() Ih7mNT: C.00i+03 3.00i+30 0.03E+C3 0,0Cf+30 0.00!+03 C.3Ci+00
O INDIV10 VAL 005: .* ACTOR 5 FCR GA5EOU3 IF8LU!NTL -- POR 50TCFE : I!!37 O FCR 7ATM4AY: 8.wME T. (1CY JI-TRACT 30Ni L;V!R K: CNEY THYR 0!D LUNG IKIN aLJLf: 3.131+01 3.161+01 3 15t+01 3.152+31 3.;5E+C1 3.15f+01 3.56E+01 6.24E+02 Tc N 3 13:.C1 3.152+01 3.15s+C1 3.152+01 3.15t+01 1.15(+01 3.54E+01 4 24!*02 CMILL: 3.131 01 3 1)!+'1 3.1)(+v1 3 163+31 3.13E+01 3.153+01 3 . ',6 E ,01 6.263+02 () INFANT: 3 13t+01 3.13:+al 3.15f+01 3 15:+31 3 15E+C1 3.15!*01 3.566+C1 4.24&+02 PCR 74th4AT: 040VN3 T. sC;Y G;-TRA0T JJN3 LIVER K!CN!Y TMTROIO LUNS SKIN ADJLT: C.CJt+00 0 0Ct+30 C.CJi+0 3 0.30i+ 00 0.C 0E+ 0 0 0. 30d+ 00 0.00E +00 0.00!+ 00 TEIN: 0.CJi+00 0.JC +JO 0.00t+03 0.00!+00 0.00!+C0 0.00E+00 0.00E+00 0 00i+00 () CHILS: 0 0Ji+0J 0.uG!+00 C.03! 00 0.30i+ 3C 0.00E +C0 0.00i+ 00 0.00E +00 0.00i+00 AN7 ANT: C.00i+03 0.002+30 0.00!+03 3.00i+$0 0 00!+C0 0 00i+00 0.00E+00 0.00i.+00 F0A PAthdAT: V:SiTAoLE T. 300Y JI-TAACT =0N! LIViR K!ON!Y TMYRCIO LUNG SKIN AQULT: 0.03E+03 0.00f+20 0.00!+00 0 0C!+00 0.00!+00 0. 0 0i+ 00 0. 00E + 00 0. 0 0i+ 0 0 () TE!N: 0 00t+00 C.00f+30 0 30E+00 0.00!+C0 0.00E+C0 0.00E+00 0.00E+00 0 00f+00 CHILO: C.C35*00 C.30i+Jo 0.00t+00 C.00i+00 0.00E+C0 0 00E+00 0.00E+00 0 00E*00 INFANT: 0.00!*00 0 00!+00 0.00i+0J 0.00!+30 0.C3E+00 0.00t+00 0 00E+00 0.00!*00 FCR Path =AY: .m! A T T. 100Y 3I-T4407 ! N! L V!R K:0NEY TMYRDID LJNG JKIN () ACULT C.0)!+00 g.00f*00 0.00!+00 3 0Cd+00 0.COE+03 0.00!*30 0.00!+00 0.00!*00 TE!N CnILO: 0 00! *C 3 3. 0 0 3+ 0 0 0 001+03 3.10!+00 0.COE+C0 3.00!*00 0.00!+00 0.30f+00 INFANT: 0.0-t+00 0 0C:+0C 0.00E+C0 0 30!*30 C.00E+C0 0.J0i+00 0.00E+C0 0.00E+00 0.CJi+03 0.0C!+00 0.00!v00 0.0C!+00 n.CCl+C0 0.00!+30 C.00!+03 0.J0t+0C PCR FatmeAY: C0w PILK () 7 10CY LI-TRA:t SON! LIV!R L:CN!T TnTRO:D LUNO $ KIN AQULT TiiN: 0 0Ji+0] 3.30!+ 0C C.00!+0 0 0. 00!+ 00 C.0 0E
- C 3 3.00i+ 00 0 40E+00 0.30E+00 OhILO: 0.C3E+00 3.30!+00 C.00 +00 c.00!+C0 3.COE+C3 0.00E+30 0.00E+00 0.00!+30 INFANT: 0.C3t+00 0.00!+30 C.00t+03 0.00!+00 0.00!*C0 0.30f+00 0.00!+03 0.00i+30 0 0Ji+03 0.002+00 0.00E+00 0 303 00 0.00!+03 0.00!+00 0.00!+C0 0.00!*00 FCs 7ATM.Af: G;AT MILL T. ? 0f 3I-ftaT SON! LIV!R KION!f TMY4 IO A;JLi: LUNO 3(IN TEIN: 0.0Ji+C0 0.0Cf+3C C.00!+00 0 00:+00 0.00!+03 0.00E+00 0.00!+00 0.00i+00 CM;LO:
0.CJ!+C0 0.00i+0; 0.03!+G: 0.002+30 0.00E+C3 J.00!+00 0.03!*C3 0.045+00 0.C;i+C0 0.00!*30 0.00i+03 3.0Cl*JC 3.00E+00 3.00i+0C 0.00E+CJ 0.00f*CC IN/ ANT: 0.0jt*CQ j.;;j+00 C 00g+0g ;.j;i+00 0.03{,00 3.00(+QQ C.cQg+00 g.cci+gg () FOR PathdAT: IN=ALAT:0N T. 1007 LI-TRACT !0N: Liv:R K;0Nf7 TNTRCID LUNG SKIN ACULT 0.C3E+C0 J.00i+00 0.00!*03 3.0Cf+00 0.03E+00 0.30!+0C C.00!+00 0.0Cf+00 TEEN: 0.00!+03 3.0C!+3C 0. COL *03 0.0C:*2C 0 00!+00 0.00!+00 0.00!*00 0.00E+00 CHILO: INFANT: 0.J0 *C3 J.30i+JC C.00i+00 3 3Ct+0C C.00E+00 0.00!+00 0.00t+03 0.CCi*00
) 0.C0!*CJ J.00i+JC C.QJE+00 0 00ia30 0.CCE*C0 0.03E+00 C.00E+03 0.00;+00 O
m . , l O INDIV 0UAL 0;52 FACTJR5 8CR 3Ai!3J5 !T8LUU.73 .. F3R I5CTCPI : x!138 O FCR PATNJAY: 7 LUM ( T. =007 ; .T1A07 44N! L v2A K!3N{Y THYRO;0 LUN3 sAIN AOULT: 1. 9 3 :
- C 2 1. '/ S !
- 0 4 1.sil+02 1.21t+)2 1 96E+02 1 161+32 1.93E*02 3.585+02 TiiN: 1.1s E + 0 1. n i+ 3 2 1. s t
- 0 2 1.14 !+ 3 2 1.1 o F + 0 2 1 9ei+02 1.961+02 3.58!+0;
;n!L3: 1.16! + C 2 4. 3 6 2 + 3 2 1. iai + 0 2 1.14 : + 3 2 :.531 02 1.16!+02 1.idE+02 3.585+02 C) NgANT: 1.5,4+e: 1.3.!+32 1.56.+02 :.36E+02 1.i6s+c2 1.noi+02 t.ssE*02 3.3sE+a2 FCR FATH4AT: Gt3bh3
- 7. i:* f 31.T4A0T ;3Ni 'IV!R
. K!3Nif TMYRC*: . LUNJ SKIN A0VLT: 0.0JE + 0 0 0. 0 0 + 00 C. 0 J e + 0 3 0. 0 0 2 + 0 3 0.0 0 C + 0 0 0.0 0:+ 0 0 0.00E + 03 0. 0 Ct + 0 0 TEIN: 0.03!+0] 3.JCf+30 C.00i+C3 C.0Cf*30 c.C0t+0J 0.00i+00 0.03E+00 0.00E+00 C) Cn:LJ: C.03!+C3 3.30i+3C C.CJ!+C3 0.3G;+30 0.CO2+C0 0.30!+00 0.00E+00 0.0Cf+00 INFANT: C.0J!+00 J.40!*90 0.00t+00 3.30!+00 0.00E+00 0.004+00 0.00E+00 0.00!+00 ,
FCR 7.THWAY: v!SETA!Li T. !JCY 5 . TRACT tVN: liv!o K0N!Y THYRCIC LUNG 3 KIN () ACULT: 0.03h+0C ).30!+30 0.30!+00 0.00i+00 0.00E+C0 0 00!+00 0.00E+00 0.00!+00 TEiN: 0.C3E*C0 3.30!+00 C.00E*0J 0.J0:+00 0.00E+C0 0.00E+00 0.00E+00 0.0C!+00 Cm*LJ: 0.00!+C3 3.00!+00 0.001+C3 J.3C!+00 0.C0!+00 0.00!+00 0.00!+00 3.00i+00 INFANT: 0.00E + 00 0.00i+ JO C 0;t +0J 3.0Ci+30 0.COE+C0 0.00E+00 0.03E+00 0.001+0C FCR #ATHWAY: ME A T () 7. 33CY JI. TRACT JNt L y!R K :N!Y TMTRC:0 LUN3 SKIN A0VLT: 0 03!+03 0.;CI+3C C.C0f*03 3.J0!+00 0 00t+C3 3.30!+0c C.00E+00 0.00E+30 it;N: 0.CJ E *C 3 0.J 3 !+ 0C 0.3 3f +00 0.J C f + 00 0.C CE *C 3 0 0 0!+ 0 0 0.00!* 00 0. 00!* 0 0 CHILJ: 0.00! *0 3 0.0 0 i+ 3 0 C.C 0!* C 3 3.0 CI+ 0 0 0.0 0 E
- C 0 0.00!+0C 0.00i+00 3.30!+30 INFANT: C.00t+03 0.J0i+;0 0.00E+00 0 3C +20 C.C*E+C0 0.J0!*30 0.00E+00 0.3C:+00 FCk PAthaAT: C:= P LK O T. %2:Y 31. TRACT ! Ni L:V!R KNET TMYRO 0 LUNG SKIN ACULT: C.C)E + 0 3 3 30!*00 C.00f *C3 0.3CI+ 00 0.C 3E +C 3 0 00!+ 30 C.00E +00 0.0 C!+ 30 TiiN: 0.00f*C3 0.30!+30 0.00E*03 3.3C!+0C C.00E*00 0.J0!+00 0.00E*C0 0.00f+J0 Cn:LD: G.00!*C3 0.30!*30 0 03E+C0 3.30!*00 C.00E+C: C.00f+30 0.00E+03 0.00i+00 INFANT: 0.0;E+00 3.00!*00 0.00!+03 0.30!*30 0 03E+C0 3.00!+00 0.03E+03 0.002+00
() FCR 7AthdAT: COLT MILK T. 300f 3:. TRACT 3sNi L:v!R KIONET TMYRCID LONG 3 KIN ACULT: 0.C;i+CD 3.JC!*0C * . 00!+0) 0.JCi+0 0.CC!+00 0.00:+00 C.COE*00 0.00!+JO Th!N: C.C3!*00 0.30!*)0 C.00!+30 0.00!+ C 0 03E+00 0.00!*30 0.00E+00 0.30:+0V Cn:L3: 0.00C+C3 3. :0 i+ J C 0.6 J! +C ; 0. 3 02 +
- 0 0. 0 0!+ 0 0 0. 0 0!* CC 0.00E + 00 0 0 0:* 00 4NFANT: 0 03E +C0 0.sG! 00 :.0Ji+0J 3.00:+00 C.C3E+C0 0.00!+00 0.00!+00 0.30!,00 0 7:R Pain.AY: :4,ALAt::u T. 20;f 31. TRACT !CNi L VER K'ON2Y THft::D LVNG SKIN A0JLT 0. C M + C 3 :.00!*30 C.00E+03 0.3C8+30 C.00E+C3 3.0Cf+30 C.00E+00 0.00f+JC it!N: 0.00 t *C0 0 00 !* C0 :.0 3E .0 J 0. J0(+ 0 C 0.00 +CO 3.00!+30 0.03E*00 0.J0!+00 CMILO: C.0)f*00 J.;;f+00 0 00E*33 3.30i+00 C.C3E+C3 0.008+0C C.03E+00 0.J0!+00
() INFANT: C.02E +03 3.;02+0C C.00!+0? 3.0C!+;0 0.CCE*00 3 0Ci+0C 0.00E+00 0.00i+30 l t N ___
D . 1 INJII:30AL 0052 FACTMS FCR GAbt:U3 !FFLUiNT5 -- FOR 2307076 : CR31 () , FCR 7ATMWAY: PLU it T. 6;;f 0:-71A0T 30N! LIVi' K:0N!f TnYtCIO LUNJ SKIN A.JLT! 0. CJ i + C 3 0.0 3 f +0 3 C.00f *03 0.3:1+ Jo 0.C 3E +00 0.00f +00 0.00& +00 0.00i+00 ' TiiN: C.0)!+C0 0.v02*00 C.03f+C3 J.:t*+00 C.*;E+03 0.0Ci+00 0 00E+00 3.00f+00 CMILa: 0.0;A+03 0.30.+0C 0.0;E+00 3.00 +30 0.00!+00 0.J0!+00 0 00E+00 0.00i+00 () INrANT: C.031+00 3.30!*30 0.00i+00 0.;Ci+0C 0.00E+00 0 00!+00 0.00!+00 0.00i+00 L l #Ck #ATMdAY: 3CVN3 l Y. l'CY 31-TRACT 50Ni L viR K!:N!T THYRCIO LONJ SKIN 4LuLT 1.440+C5 1.433+05 1 435*05 1.43C+05 1 43E+05 1.43E+05 1.631*05 1.69E+05 fiiN: 1.43E+05 1.+3i+05 1.43t+05 1.43s+35 1.43E+C5 1.43i+05 1.63E+05 1.496+05
.() 6MILO: 1.43t+05 1.432+G5 1 445*05 1.+32+05 1.43E*C5 1.43!+05 1.63E+05 1 492+05 -
INFA17: 1. 43 E + C 5 1.eSi+35 1.+31+0) 1.433+2h 1.43E+C5 1.43F+05 1 43E+05 1.696+05 FCR #AThmAY: viGiT16Li T. $0Cf G1-TtACT SONE L!YiR K!DN!T THYROIO LUN3 SKIN ACJLT: 1.06t+C3 2.oei+05 0.00!+00 0.aci+00 2.33E+C2 o.31E+02 1.60!+03 0.00!+00 l() TEIN: 1.55E+03 0 413+05 C.00f+33 J.003+00 3 40E+02 n.61E+02 2.21E*03 0.00E+00 CnILO: 3 03E+C3 1.cII+0! C.01t+0] 3.30E+0C 4.63E+02 1.70i+03 3.10E+03 0.00f+00 , INFANT: C.00i+00 0.30i+30 0.00E+00 0.00i+30 0 00E+CC 0.00!+00 0.00E+0C 0.00i+00 l l FCR Pafddaf: FIAT KIONtf TMYRCIO LUN3 5 KIN I)
$ A VLT:
T. 300Y 3:-TRACT : N! liv!R 1.29t+C2 3.2Ji+04 0.0 !+00 3. C!+0C 2.32E+C1 7.66!+01 1.71E+02 0.00!+J0 i TE!N: 1. 0 3 f
- C 2 1.732+34 C.00&+03 0.30!+00 2 25E+C1 5.713*31 1.47E+02 0.00!+00 CMILD: 1.61E+C2 4.30i+03 0.00!+03 3 3Cf+00 2.43:*C1 d.30i+01 1.62E+02 0.00i+00 INFANT: 0.0Ji+0] 0.00i+JL c.03i+00 0.003+30 0 00E+00 0.00!+00 0.00E*C0 3.00i+00 FOR 7ATMWAT: 00m MILK I
l) 7 10CY 31-TRA0T !;N! LIViR K :N!Y TMYROID LUNG SKIN l l ACgLT: !.2Ji+02 1 31!+05 C.00E*05 3.30!+00 1 13E+02 3.115+02 6 91E+02 0.00i+00 i Thin: ).0i!*02 1 53!+05 0.00i+CJ e..JC3+00 1.99E*02 5.0$f*02 1.30E+03 0.00i+00 , i Cn LO: 1.!5f+C3 1.33f+06 0 00f+00 0.3Ct+00 2.41?+02 1.33f+03 1.86E+03 0.00!+00 t l INFANT: 2.14s+03 3.565+04 0.00E*C0 0.00E+00 4.19t+C2 1.92E+03 3.73E+C3 0.00E+0C l rCR PATnaAY: GOAT MILE
)
T. 10 Y JI-TRACT $3N: liv!R EICN!Y TMfRCIC LVN3 SAIN A;U6T: 6.2-i+C1 1.57i+04 C.00c*30 0.0Ci+JC 1.3tE+C1 3 73f+01 8.29E+01 0.J0!+30 Ti!N: 1. C 3 3 0 2 1.333+04 C.00!+C0 0.0Ci+30 2.39E+C1 6.063+C1 1.56f+C2 0.00i+0C JMIL;: :.222+C2 1.1Ei+06 :.00(+C 0.0 1+30 3.371+01 1 23f+J2 2.25f+02 0.30!+0C INFANT: 3.521+C 1.03f+04 0.03E+0s J.;Ci+3C 5.C2!+01 2.30E+02 4.474+02 0.00i+30 FwR 84Tn=AY: INMALAT!;N T. 100f 0 -74&CT L;Ni LIV!R Kt0NEY TmYRCIO LUN3 SKIN ACULT: 3.17t+00 1.;5f+C2 C.00!*33 0.00i+JO T.23E-C1 1 895+00 4.56E*C2 0.30f+0C ItEN: 4.2}k*C3 7.31E+31 C.00E*03 .JCi+03 9.74E-01 2.38f+00 6.64E+02 0.00c+00 CHILJ 6.331 03 3.+4f+31 C.03E*00 0 0Ci+00 7.710-01 2 715+30 5.38t+02 0.0C!+00 INFANT: 2.i4:+00 1.13f+C1 C.03c+03 3.JCE+ 0 4. lie-01 1.82f+00 4.07E+02 0.30!+00 () 1 I - . \ 9
, _ . - . _ - . _ . _ . _ _ , . , - . . _ - . - _ - _ _ - _ - . ,. , . , , , - - .- c., . -
0 l l I l IN;IVIOUAL DC;! 8ACT3R5 73R GA3!CUS !FFLUENTS -- FOR 150 TOPE : MN54 l) i l FOR FATM4AY: PLV Mi T. tJOY SI-T4ACT !ON! LIV E KICN!Y TMYRCID L U N'3 SKIN > A006T: 0.00i+ 3 v.J0!*30 0.00i+00 3.00!+30 0 00E+00 3 00E*00 0.00E+00 0.00f+00 . Il!N: 3.0 h +0 0 3.30f+00 0.00!+0J 0.3CJ+30 0.C3E+00 0.30f+00 C.03E+00 0.00!+00 I CHIL5; 0.C2:*03 3.00!+30 0.J0E+03 J. Cf+0C 0.031+C0 0.00i+00 0.00E+00 0.00f+00 () INFANT: 0 00n+00 0.40!+JO C.03E+00 3.J0!+00 C.C0t+00 0.00i+00 0.00E+00 0.00E+00 - HOW 74TM4 Art Gt0VN3 T. i30f SI-74ACT 30Ni LIVER KION!Y THYRCIO LUNG SKIN , ALuLT 6. 2 3 f + C 7 + .13 J + 0 7 4.13 t + 0 7 4. 2 3 f + 0 7 4. 2 3 3 + CJ' 4. 2 3 E + 0 7 + . 2 3 E + 0 7 4.16f+07 Thin: 4 23i+07 +.23f+07 4 43E+07 4.23i+37 4.23E+07 4.23E+07 4.23E*07 4.965,07 i () LaIL;; 4.238+07 6.241+07 4.23!+07 4.23s+07 4.23!+07 4.23s+07 4.23E+07 6.162+07 l INFANT: 6.03E+07 *.23!+37 4.03E+07 4.23f+37 4 23E+C7 6 23E+07 4.23E+07 4.965+07 FCA PATMdAY: V:0!TA3Li l
- 7. 23CY 3!-74A0T 3N! LIVtR KION!Y THYROID SKIN
~ LUNG ACULT 1.olt+06 2.583+07 C.03E+0J !.43t+36 1.511+06 0.00!+00 0.00E+00 0.00!+00 C) Tees: 2.535+0s 2 6ti+07 C.00E+C0 1.27t+07 3.s0E+06 0.00s+00 0.00E+00 0.00a+00 ! CMILJ: 5.0;!+C5 1.59f+37 C.006+00 1.391+37 5.3CE+C6 0.00!+00 0.00E+00 0.00t+00 INFANi; 0.C:E*03 0.0Ci+00 C.00E+00 0.3CE+30 0.00E+03 0.00i+00 0.00E+00 0.00!+00 FCR PAihdaf P24Y i T. 3:CY JI-TRACT $LN! LIV!R KICNtf THYROIQ LUN3 $ KIN () A0VLT: 3. 211 + 0 4 5.161+05 0.00i+00 1 695+ 5 5.01E+C4 J.00!*00 0.00E+03 0 00E+00 TEiN: 1.!$f+C4 2 63f+35 .03E+03 1.2t!+05 3 83E+C4 0.00!*00 0.00E+00 0.00E+00 CHILO: 3 915+06 1.233+05 *
.00E+CJ 1.47:+05 4.12f+C4 0 00!+00 0.00E+03 0.00!+00 INFANT: 0.00!+0] 0.00f+0C C.03E+C0 0.00!+00 C.00!+C3 0.00t+00 0 00E+00 0.00!+00 FCR PATMd&Y: C3W MIL (
() 7. 3007 31-TRACT 23N! liv!% K:CNEY TNTRCID LUNG IKIN . ADULT: 2.14E*06 6.73t+05 0.00E+00 1.34t+35 4.51E*06 0.00i+00 0.00E+00 0.00E+30 I ft!N: f.10f*06 5.271+05 C.00E*0J 2.571+05 7.475+C6 0.00f*00 0.00E+00 0.00i+00 l LMIL3: 1.021*05 3 23f*05 0.00E+00 3.55f+J5 1.08E+C5 0 00!+00 0.00!+00 0 00i+00 i INhANT: 1.62!*C5 2.63f+05 0.03E*03 7.151+05 1 53E*05 0.00E+00 0.00E+00 0.00!+00 FCR PATHWAY: GJAT MILK
)
T. e0:Y II-TRACT c3N! LIVER KIONEY TMYRCIO LUNG SKIN AOLLT: 3.53!+C3 5.67i+06 0.G !+00 1 45t+06 5.51E+03 3.00!+00 0.00E+00 0.00i+0C j TEdN: 6.12t+C3 6 32!+06 0.00E+00 3.;11+04 9.20!+C3 0.00!+00 0.00E*00 0.00i+0C CMIL3: 1.23t+C+ 3.!?!*04 0.033*05 4.62!+04 1.29E+C4 0.00!+0C 0.00E+00 0.00&+00 ; Ih7A47: 1.95f+C6 3.133+04 0.00E*0J 3.36!+34 1.90!*04 0 00!+00 0.03E+00 0.0C!+00 () FCR PATedAY: INmALATICN T. $0:Y GI-TdACT S;ht LIVER KIDNEY TMYRCID LUNG SKIN ACULT; 2.CJi+02 2.4mi+03 0.03i+0; 1.26!+03 3.12t+02 0 00!+30 4.64E+04 0.00E+00 l TEiN: 2 668.*02 2 12f+33 0.00i+03 1.326+03 4.03E+02 0.00f+00 6.29E+04 0.00E+00 CMILO: 3 01E+C2 7.2oi+32 C.031+00 1.:ct+33 3.15t+C2 0.00!+00 3.00E+04 0.30!*00 INFANT: 1. 5 4 5 + C 2 2. 2 6 3 + 32 0. 0 0 E + 0 0 3. 0 31+ 3 2 1.!I!+C: 0.00!*00 3.17!+04 3.00!*00 () I 4 e
. . l
() j i i
D INDIv;2U1 6 00$i 8A; TORI F 1 Gait;';S :F FL Ji NT ) -- FOR !5CTCPE : *iSi O FC4 PafMaAY: *LL*f T. 0"Y 5: *4A*T t;Ni L!vi; KIO1tY T*YRCIO LU !G SA;N AwVLT: 0.0]!+0} 3. Ci+10 C.00E+L) 0.;C:+00 C,0;c*+*O J.00E*:0 0.03E+0C 0.00E+0C iciN: C.000+00 0.30.+;C C.0?c+C3 J.?c:+00 0,00!+C0 3.00 +00 0.00E+03 0.00f+JO CriL;; 0.00:+00 0 54:+00 J.0Je+00 3. 30 i+ 0 0 0. 0 3 ~ + 0 0 3.00i+00 0.00L+00 0.00i+vo S INFANT: 0.$)l*:0 3.20i+;0 0.3;i+0) 0.JC:*30 0.03C+00 3.00!+JO 0.00E*00 0 1Ci+00 FCR P TMWAY: GROUN2
- 7. 30;Y 3 -TR4;T 53 JA L.Vit KIONCf 'MYRCID LJN3 1sIk A00LT: :.3 2+0i 3.34d+)e :.34;+06 s.34f+06 8.14C+05 5 . l s, i + J 3 d.34f+0s ).30:+06 TEdN: 3.1 1+0e !.,41+Je s.341+;6 f.24i+05 ?.;4d+Cs s.24f+0e 3.34f+05 1.50i+06 (b OnILO: i.3%i+0s ;.:+i+;e 4.34s+05 s.34*. 26 C.34;+0s 3.34E+36 s.3*E+06 i.60i+00 "
*sFANi: i.34!-06 6.3 2+06 5.J*;+04 3.342+06 4.34d+0e 1.36i+06 h.04E+C6 9.3C:+36 -
FCk PAih.Avt viGi';bt: T. 500f J1-T1A*1 5 0 tJ : L IY -Q KIONFY T
- Y R O 'J O LUNJ JKJN ACULT: 2.5?i+0s 2.+3i+J7 3.11d+0s 7.30:+06 0.*;f+0 0.)0i'40 2.04E*oo 0.00!+0C 4 Ts:N: 4.0iE+C6 2.22i+;T 4.15E+0S 1.112+;T S.03I*C? 0.30? 00 1 50i+0s 0.00E+00 t CMILO: d.oii+03 1.b2:+;7 1.0!:+C7 1.1534 ;T C.0;f+00 0.00E+0C 5.36E+06 0.00E+00 I NF A.4T : 0.0JE+CJ 3. 0 0 3+ ]c 0. 0 3! + C 3 0. 3;i+ GC 0.0 0'.+ C 0 0.30i+00 0.00F+00 0.00:+0J l F0k 7AfhdAY: P i t. ?
l T. 57CY GI-Tasc! !;Ni LIVER L!315Y 19YR0!D LUNG SKIN 4D ACULf: 4.2vd+Ci ?.72i+;T 4. Tat +0s A .12 ! $ 3 7 0.10E+C0 0.J0!*00 3 12E+06 J.;wi+<C it;N: 3.431+03 2.10 l+ D J.33d+06 1.375+05 0.0SE+C0 0.;u!+0C 2.E0;+C6 0.3Ci+Je CNILL: 5.+ M +C5 1.14a+J7 e.T4d+0; ;.g75+07 L.;1E+:3 a . 3 3 5 + r10 3.15E+05 0.00E+30 INFANT: C.GJi*C0 0.00i+JO C.00i+CS 0.JC2.JC J.0E+C0 3.30t+JO C.03E+00 0.00f+30. FC4 PATMdAY: C3 FILA O T. .sCY 2:.T=A T : . .. : L:vc2 <: s Y T<YaC:0 tyN; 3, : ,, ACULT: 4.792+05 4 17f+06 5.30i+43 1.;5:*J6 0.C3k+CD 0.30E+20 3.+9r+05 0.00:+00 -- TEiN: s.37:*C5 3.122+06 9.23E<05 2.;71+06 0.01E+:0 0.00E*00 e,.63E.0) 0.006 JC CMILO: 1.T4E+0e 3.633+36 2.131-Li !.eEE*06 0.COE+0C 0.00c+00 1.0tE+0s 0. 0 C !+ 00 INFANT: 2.715+0+ 3.35t+36 4. C ;f + 0 s T. Ei+0h 3 . C C F. + C ', 0.00!+33 2.071-05 0.3Ci+00 FOR #ATMaaY: 00AT MILE T. 500Y LI-TRAC' ?:Ni LIVi2 FIDN!Y TMY2CIO LONG JAIN aCVLT: e.22i+;3 5.62i+04 6.ili+03 1.oi;+S4 0.031+CO 3.0 Cia;G 4.54E+03 0.nOf+30 Tt:N: 1.0i!+04 t.ici+;6 1.g;E,0. .? . : ; i + 2 4 0.00c+C0 3.00!+3C !.46E+C) C.30E+0C CHIL;: 1.233+C4 +.';i+3t I.60h+0 i.;11+J4 0.00!+03 0.303430 1. 1d+04 0.00i*00 IN6Aat: 3.i?i+04 4. J n i. 34 3.2:i+;6 ;.1;i,04 0 c ; g+:0 0.00!+30 2.T0i+04 0.0Ci+CC E) FCR PATM4AY: INmAL.T:07 T. i;0Y ::-TRACT CONI L:via KN!Y TmvRCIO LeN; 5(IN A0VLT: 2.!!!+02 3.st!+;3 2.731 02 s.302+ 2 C.C]!+C) 0.00i+C0 3.22E+04 0.00i+0; YEiN: 4 34i+04 :.Loi+13 5.J5E+C; 1.175+33 0.00t+C3 0.00i+00 4.64E+3* 0.00f*30 CMILO: 5.2f!+C: 2.243+J3 c.5mi+0; 1.]s!+33 0.0;E+CO 0.30E*00 +.02i+0+ 0.33E+00 INFANT
- 3.005 02 7.3 j.;; 4.33:+a2 7..Li+32 C.C0f*CJ J.J0i+JS 3.22E+0+ 3.30:+00 e
0
_. ~ . . . .- - M> . i l I INOIVISUAL 0055
- ACTORS ?;R 3ASEOUS iFFLUiNTS -- FOR ISCTCPE : C053 l ED I ec2 paTedAr: PLuas j l T. 60CY ;I-T4ACT 10Ni L: VIE K:0NEY 76TRO:0 LONS SKIN
! +Cutf: 0 03t+C0 0.332+3C 0.C01.WC 2.0Cf+30 0 00!+00 0.00i+00 C.00E+C0 0.00E+00 ' $ it:N: 0.0J:+00 0.J0!+00 0.00i+00 0.00!+)C 0.00t+C0 0 00!+30 C.03E+00 0.002+00 l :n;L3: 0.0?!*C0 3.30!+00 C.0Ji+L3 0.3C2+00 0.00:+C0 0 00!+30 0.00!+00 0.00!+00 ' GD IsAANT: 0. Cit +00 C.301+JC 0.00!+00 0.00d*00 0.00!+03 J.00C+00 0.00E+00 0.00E+00 l FCR #ATnday: G9'us3 I e T. 03Cf J:-TcACT E0hi L:Vit KIONET THYRCIO LUNG SKIN aCULT: 1.13!+07 1.161+37 1.1$!+07 1 162+37 1.1%E+C7 1.16f+07 1.16E+07 1 36i+07
- I Tiih: 1.15A*07 1.153+07 1.loh+C7 1.16!+J7 1.15E+07 1.163+07 1 16E+07 1.365+07 ND Ch*L;: 1.ist+07 1.14f+37 1 1s!+07 1.16:+07 1.16E+C7 1.13E+37 1.166+07 1.36E+07 l
INFANT: 1.16E+07 1.1:3+37 1.164+07 1.134+37 1 161+07 1.165+07 1.16E+C7 1.365+07 ' FCR FATedAf: V!GET45LE T. d )C f 01-ftA07 20Ni L;V!R KCN!Y ?HYRCIO LUNG SKIN 3 a ACULT: 1.76!+C6 1.ici+37 C.30!+0] 7.35d+05 0.03E+C0 0.00E+00 0.00!+00 0.0Ci+00 () TisN: 6 72E+06 1.4)!+07 0.00E*00 1.1ti+36 0.00E+C0 0 30E+00 0.00E+00 0.00E+00 GnILO: 5.635 05 1.44f+07 C.03E+00 1 772+J6 0.COE+00 0.00f+00 0.00E*00 0.003+00 '
;NFANY: C.C0i+00 0.00i+]C 0 0Ji+00 3.00f+00 0.00E*C0 0.00!+00 0.00E+00 0.00e+00 i
.s C d PAindAY: P81Y T. iOOY 3I-TRACT 3ONI LIV!R KIONff TMYRCID LUNG SKIN J>gJ ACULT: 7.30 E + 0 ! s.50!+36 0.00i+C0 3 262+05 0.C0i+CD 0.00i+00 0.00E+00 0.0C!+00 j .EiN: 3.7Ai+C5 3.665+36 0.00t+00 2.515+05 0.00E+C0 0.00E+00 0.00t+00 0.00i+00 CHILD: 2.93E+C3 1.713+06 c.00!+CJ 0.13i+05 C.00E+C0 0.00!+30 0 00E+00 0.00!+00 i "NFANT: 0. 0]! + C 0 1. 0 C d + 3 0 C . 02f + 30 J.0C1+00 0.00E+00 0 00!+00 0.00!+00 0.30E*30
$ FOR FATn+AY: C0w PILK 1
) 7. !;0Y GI+ TRACT 3CNi LIV!R KIONIT TMYRCIO $UNG SKIN j ADJLT: 1.99E+05 1.712+06 0.00!+0? 3.42f+04 0.00E*00 0.00f+30 0.03E*00 0.001+00 l j TEEN: 3.272+05 1.352+06 C.00E+03 1.421+05 0.C3E+00 0.00!+00 C.00E+03 0.30!+00 ,
4 CNILO: 1.t3!+C5 1.20J+06 C.00E+:3 4.172+05 0.00E+C 0.30!+30 0 00E+00 0.00E*00 < j INEANT: 1.031+0c 1.093+36 0.00!*00 4.33i+05 0.03E+03 0.00E+00 C.COE+00 0.00E+03 ) I FC4 7ATndAY: 004T MILK I I) t , T. 6 0CY GI-TRACT !3N! LIV!R K:3NEY TMYRCID LJNG 3 KIN i 40sLT: 2.lt!+04 2.0$f+J5 0.03t+00 1.J1;+34 C.C3E+C0 0.00f+00 0.00E+00 0.00f+30 l TiiN: 3 128+C4 2.351+35 C.00!*00 1.70i+34 C.COE+C3 0.00!+00 C.00!+00 0.00i+00 j OMILC: 7.iet+0+ 1.32i+05 0.00:eC3 3.;C!+06 0.00E*CD 0,001+00 0.00E+00 0 00!+00 1
- INFANT
- 1 3) *C5 1.3Ci+35 C.C3f+03 5.00!+34 C.00!+C0 0.00f+30 C.00!+00 0.00E*00 i
)
l FCR PATMdAY: INM AL AT:CN i 1 T. 42CY 3 -TRACT 20Ni .:VER K0Nif THYROIQ LUN3 SKIN { ACULT: 6.!7E+C1 3.37!*33 C.00i+00 3.J2f+31 0.CDE+C0 0.00E+30 2.54E+04 0.00!+00
- TEiN: 3.3)E+01 3.30!+)3 0.03:+03 6 575+31 C.C3E+C0 0.30i+00 4.265+04 0.00t+30 i CHILO: 1.00E*C4 1. 9i+33 C.0Ji+C; 5.32!*01 C.CCE+00 0.00f+00 3 51E+04 0.00!+30 ,
+NFA*T: !.77!+01 3.42i+G2 0.3CE+Ca 2.371+01 0.03E+C0 0.00!+00 2.4cE+0+ C.JCi+00 j 1
() ! 1 1 1 l l l
.i .
, - r y g w w-,
1 O l INDIV3UAi 035! 7 ACTORS FOR 3A3!3US iF8tviNTI -- FOR 130 TOPE : C360 ) FOR #AfhnAT: F.UM1 ! l T. 300Y 31-ftA07 13Ni LIVit K!0N!Y THYACIO LVNG $K;N 40 ULT: 0.0)f*CJ C.00!*00 0.03:+03 0.00!+3C C.00!+C0 0.00f+00 C.00E+00 0.00!+00 ' TisN: C.03!*00 3.;;:+00 0 00f*03 0.30!+00 0.001+03 0.008+00 0.00E+00 3.003+00 On:L;; 0.00f+C3 0.30i+00 0 00!*00 0.0Ci+00 0.C36+00 0.00!+00 0 03E+03 0.00!+00 1 () IhFANT: 0.03t+0J 3.00i+30 0.0G:+CJ 3.30i+3C 0.00!+C3 0.00t+00 0.03E+03 0 00!+00 l l FLk 74ThnAY: GROUhJ l ! 7. s JCY GI-ftA07 20Ni LIVER K!ONEY TNYROID LJN3 3 KIN l AwJLI: 7.C1E+0i 7.011+06 7 0$!+0$ 7.011 06 7 01E+0s 7.39!+0s 7.01E+08 9.3(i+08 i TiiN: 7.Cvi+0i 7.095+04 7.095+0e 7.091+0d 7.C9t+03 7.095+08 7.015+0d 3.34!+08 , () OnIL3: 7.CJi+0i 7.012+0$ 7.0)!+0i 7.31!+03 7.01E+03 7.091+08 7.01E+0$ 4.341+0i Ih7 ANT: 7.01:*04 T.3,i+0d 7.Jii+C4 7.311+0d 7.09E+06 7.09E+08 7.09E+0S 8 34f+08 ! 702 PAThaAY: vc3!Tt6L! T. 40CY 31-TAA*T 3N! LIVIE K:0N!Y THYRCIO LUNO SKIN AOULT: 1.0!E+C7 d.6ii+07 0.074*00 4.62 +06 0.00E*C0 0.00!+30 0.03E+00 0.00s+00 () TiiN: 1. 61 t + C 7 1.*3!+07 C.30&+00 7.1!!+06 0.C0t+00 0.00E+00 0.00E+00 0.00i+00 Cn:LD: 3 24E*07 6.363+37 0.C3f+CJ 1.10C+07 C.00E+00 0.00l+00 0.00E+00 0.00f+00 INFANT: 3.00!+00 0.J0i+JO 0.00i+0J .0C!+30 0.03!+C3 0.00!+00 C.00E+00 0.00i+00 , FCR 9AThWAT: PitT I T. 50Cf GI-TRA;T g;NE LIViR KIONEY THYROID LUNG $K!N () ACULT: 3.11!*06 2.634+07 C,00!+00 1 41!+0e 0.00!+C0 0 00!+00 0.03E+00 0.3Cd+00 l T[dN: 2.4ti+0s 1.+2i+07 C.00f+00 1.315+06 0 00!+C0 0.3Ci+30 C.00E+00 0.00!+00 CnILJ 3.0)!+06 7.49i+36 C.00!+0J 1 30!+06 C.00!+C3 3.00!+00 0.00E+03 C.00!+0C Ih7AmT: 0.00!+00 0.00 +0C 0 03:+03 0.0C!+00 C.00E+0 0.30!+30 0.33f+00 0.DCf+30 t i FCE PATndAY: Cn MILK '() T. $0*f 31-T4A07 !:N! LIY!A KC'4 2 Y TeYRCIO LUN3 1RIN . A0VLf: 6.75t+C5 !.775+36 0.031*00 3.37:+35 0.00E+03 0.00!+00 0.00E*00 0.0C!+30 Ti!N: 1.171+C4 6.78i+06 0.00!+C3 i.211+05 0.00E+C3 0.00i+30 0.00E+03 0.30!+00 , CNIL3: 2.3ac+06 4.68:+06 C.032+03 1.095+3 0 00E+C0 0.00f+00 0.03E+03 0.30!+JC , INFANT: 3.101+ 4 3.331+36 0.00!*C: 1.53s+: 6 C.00*+C3 0.03!+30 0.00!+03 0.00!+30 FCA 7&Th.4Y: GAT MILK
)
T. EOCY 31-ftACT 30h3 LIV!D KIONEY TMTRO 0 LUNG JKIN , ACv.T: !.13:+C6 s.s!!+35 C.00h+03 3.491*:6 C.00!+C0 0. 0 0 E+ 00 0.00E+00 0.002 JO TEIN: 1.41i+05 3.14i+3h 0.0J:*05 %.!!i+06 0.00E+C0 3.00!+C0 0.00E+00 0.00!+0C !
;M*L : .bi+Ci i.373+05 C.J0!*0J 3.70!+36 0.00!+C3 3.00!+00 0.0CE+03 0.00!+JO '
INFANT: +.6s:+C5 +.71:+33 0.00 +03 1.)i3+ 5 0.;;!+C0 0.00!+00 0.00E+00 0.00t*2C () FCA FafndAY: INaALAT:CN T. SOCY 3 -TRA07 i;nt LIVID K!ON!Y TmTROIO LUN3 $ KIN , ALULT: 6.6il*C 9.031*33 C.30&.00 i.6!:+32 0.00E+C3 0.00i+00 1.89E+05 0.0Ci+30 ! TedN 6.24!+02 3.42:*J3 0.00:+6; 6.71t+32 0.03E+C0 0.00!+00 2.76E+05 0.3Ci+00 CMIL3: 7.134+C2 3.312+J3 C.0Je*: 3 4 16t*02 C.C:!*C3 3.00!+0C 2.24!*05 3 30!+3C i' INFANT: 3.721+02 1. li+03 C.00i+03 2.5.!+02 0.0;!+00 0.0Cf+00 1.63E+05 0.00 *00 () () 1
D INJIVIDUAL 00$! FACTOR; 804 Gai! US iF#LJENT3 .. FOR !$0TCPE ;N65 O PLA PATMdaft PLU d! T. 1::Y 3I.f4A07 f:Ni LIvia K: 3N!Y TMYR0:0 LUN3 SKIN
= CULT 8 0 03f+00 v.s +30 G.C0i+00 0.;C!+JC C.00!*C0 0.00!+00 0.00!+00 0.00E+00 ficNi 0.CJt+00 3.J0!+00 0.C !+C3 3. C2+JO 0.C0C+03 0 00i+00 0.00E<00 0.00E+00 Cn!LJ: 0.03:+C0 J.0CJ+00 0.00t+00 0.2Ci+JO 0. J!*03 0 00E+00 0.00E+00 0.00f+00 O ih7A4f 0.00:*03 3.00i'JC C.QJi+03 .301+30 0.C3E+C0 3.JCI+00 0.0JE+00 0.00!+00 FCA pathdaft Ga0Uh3 T. 3:Y i:.T41:7 i;Ai LIY!R K!CNCY THYRCID LUNG $ KIN ACJLT3 2.ha+07 4.;i!+07 2 211+07 2.;i!+07 2.293+C7 2.291+07 2.29E+07 2.63k+07 T JN: 2.24f+C7 2.;92+37 2.0 7:+0 7 2.2 3 3+ 0 7 2.21t+C7 2.21?+07 2 29E+07 2 631+07 UI Cn1LLI 2 2)!+C7 2.411+07 e.69t+07 2.211+07 2.27!+07 2.291+07 2.2)E+07 2 63!+07
'h7 ant: 2.0)!+07 2 214+37 2.;ir+07 2.2if*07 :.29E+07 2 29E+07 2.29E+07 2 63f+07 70A pathdafi viG :T & 8 L L T. tJ:Y GI. TRACT 10N3 61V!R K!ON!Y TMYRCIO LJNG $ KIN ADULT: 1.5:1+:7 2 20:+07 1.10i+C7 3.5*!+07 2.3't+ 7 0.00E+00 C.00!+00 0.0CE*00 II ftihi 2 41f+07 2.I31+37 1.331+07 i.3;i+07 3 40E+07 0 00f+00 0.00E+00 0.00!+00 CHILJ 4.12t+07 1.315+07 2. 's t t + 0 7 7.13 t + 0 7 5.CCE+C7 0 00!+00 0.00E+00 0.00!+00 INFANT! 0.C35*03 0.00f+00 0.00!*03 0.00!+00 0.;3E+CJ 0.00E+00 0.00E+00 0.00i+00 FCA Pathdaft Pfat gg T. E;CT 31 74ACT ::N! LiviR K 0N!Y TMTRO'D LUNG JKIN ACJLT1 1.33c+07 1.35!+J7 7 50f+C6 2.Jii+07 1 10E+C7 0.00!+00 0.00E+00 0.00c+00 TifN: 1. 5 + f + C 6 7.753+6 3.27E+0a 1.!)i+07 1.17!+C7 0.00!+30 0.00E+00 0.00f+00 Cn Lst 1 311*07 0.70;+06 7.91t+06 2.111+37 1.33!+C7 0.00E+0C 0.00E+00 0.00!+00 INFANii C.C!*C 0.30:+J0 0.C;d+0) *
.J0!+30 0.00F+00 .00!+00 0.03E+00 0.00i+00 FCR PATn=AY: C;h k:LK O T. 5 CT s!.T4&CT JJh* LiviR K0N!? TNT 40:D LUNG $K!h ,
a;vLT; +. $!*07 3.712*37 2.65!+07 v.20**;7 f.15f+C7 0.002+00 0.00!+00 0.00E+00 ' Tckh: 7.llE+C7 6.53!+07 4.4 4+37 1.5+:*03 1.16!*C7 3.00f+00 C.03E+00 0.00!*Jo
- n:L;a 1.44f+0i 4.074+07 8.711+07 2.3!!+ 3 8 1.462+CJ 3.00E*00 0.03E+00 C.30E*00 l INFANT 1.92:+01 3.3)!+at .17 *Cd 4.J11+Ja 1.95E+:J 3.00!+JC C.03E+00 0.00!+00 i
;.)
r6A Pata aft 3 sat .1: LK T. 30:V J:.ttaCT &2N: LIV 2R K:0NEY TmfROIO LUNJ SK:N l ACULf: 6.511+ 6 3.8: 2+06 3.671+0s 1.1Ci+37 7.321*C6 0.0C2+00 0.00E+0C 0.00t+00 l ftih: 3.;3s+: S 7.J2;+36 3.32i+C: 1.li!+37 1.195+C7 0.0CE+00 0.00E+00 3.3Ci+JC i "MILJ: 1.731+07 ..s91+26 1. 0 5 :
- 0 7 . 7 d !
- 0 7 1.75E+C7 0.
- 0i+ 3 0 C. 0 0 E + 0 0 0. 0 0i+ 00 INFaat: 2 2.t-07 *.07i+07 1.4Ci+ 7 6.111+ 0 7 2.33E+C7 0.0 0i+
- O C.0 3f + 0 3 0. 00!+ J 0 O 7:a aarn.:r :NraL2t::N
- 7. 10;Y 31.Tta:t ::Ni liv!R K:DNET TmTAC:D LUNG SK!h A VLit 1.*:1+03 1.4i:+03 1.02E+03 4.*7!+J3 2.1)!+C3 0.00!*00 2.74E+04 0.00!+00 TilN: 1. sat +0) 1.6ei+03 1 221 03 6. 4s+33 g.74E+C5 C.00f+00 3.93E+04 :.00!+JC Ch!Lst 0.2Ji+CJ 6 172+Ji 1.3si+0J 3. 512 + J 3 0. 2 6 t + C 3 0.00!*00 3.163+04 0.00i+00
() INFANT: 9.si!+0; 1 43 +03 6.1 i+v2 1.it:+03 1.03E+C3 3.30!+00 2.05E+04 0.00t+JO ) t t
.. -- - - - _ _ . ._ . - - - _ _ . _. ._= _ . . .. .- - . ) -
2hCIIIOUat 00$1 Fa? TOR 5 80t Jai! U$ !F8LUENTS -- 734 ISOTOPE : $489 , FCR PATMWAT: P '. V w i T. 500f 31.f440T (JN: L VfR KION!Y T4T4C:0 LUN3 3 KIN AJJif: 0.0Ji+0J 3.;0!+30 C.CJi+03 0.30!+00 C.00!+C3 3.00t+00 0.03E+03 0.00E+00 T&2h 0.00i+03 J.00!*)0 0.CJe+0] 3.0Ct+03 0.CCE+03 0.00!+00 0.00l+00 0.00!+00 - Ch!60: 0.C0i+C) J.J0:+00 0 0JE*00 J.0Ci+30 0.00E+03 0.00i+00 C.00E+00 0.30!+00 ' INFANT: 0.021+00 0.J0!+JO C.00!*00 0.J0!+00 C.03C+03 3.00!+00 0.00!+00 0.00E+00 F04 PAfamAT: G10VNJ T. 4J0f 11. TRACT !Jh! LIVit K:0NEY TMYtCIO LUN) SKIN A00LT: i 6.62:+C2 3.!2;+J2 og62 +02 5.52!+02 4.6*!+C2 6.62!*02 6.62E+02 7.585 02 fich: e.42i+02 4.344,3; t.62c+02 6.62*+02 6.6:E+C2 6.62E+02 6.6:E+02 7 6df+32
] CMILJ: 6 62i+02 6.621+02 6 60!+00 6.62f+02 e.621+C2 6.o2E+02 6.e2t+02 7.681+02 i I N F a r.T 6.622+02 3.a+I+0; 6.62E+0L 5.62i+02 6.62!*02 6.o2t+02 6.62E+02 7.682+02 1 FCA PAtkJJY: ViG:Ta5LE T. 53Cf J*.TdACT !CN! LIV!A K10N!Y THYROIO LUN3 iK;h AOULT: 7.*;t+C5 4.142+37 2.5:1+33 J.J02+0C 0.COE+00 0 00!+00 0.00E+00 0.00:+00 ] TEsN: 1.208+G7 s.303+07 4 20i+03 0.3CE+00 0 03E+00 0.00E+00 0.00E+00 0.0CE+00 CMILO: 2.Sli+C7 3. s!!* 3 7 1.0 2 f *0 9 0.0 C E+ 3 0 0 0 0C + C 3 0. 0 0!+ 0 0 0. 00 E + 0 0 0.0 0!+ 00 -
INFANT: 0.0J(+C3 3. 00 ;* 0 0 0. 0 0!* C 0 0. 3 03 + 0 0 0. 0 0 E + 0 0 0. 0 0 8 + 0 0 0. 00 E + 00 0. 0C!+ 0 0 FCR PATMWAY: Pla f T. 50Cf 3I-T4ACT JON! LIY!R KION!T TNT 40tQ LUN; 1K!h l {} ACULT 1 61E+0) 1. 13+35 !.861+06 :.30:+30 0.0:3*00 0.00t+30 0.00E+00 0.0C!*00 TE!h 1.62i+C5 5.)Cf+35 *.953+0s 0. 0 0!+ 0 0 0. 0 0E + 0 0 0. 0 0!+ 0 0 0. 0 0 E
- 00 0. 30 !+ ' 3 ;
CMILO: 2.638+05 3.63f+05 9.37t+0e 3.30!*00 0 00E+C0 0.00E+00 0.00E*00 0.00k+J; e INFANT: C.03!*C3 0.00f*30 0.00!+03 *.0Ci+33 0.03E+00 0.00!+00 0.00E*00 0.001+00 FOR #AThdef C W!(K i {) T. tJ3Y 3 .14ACT 60N! LIY!R KION!T THYRO!Q LUN3 SKIN A0VLT: !.CAE+05 6.52f+06 2.62E+07 0.0CE+30 C.00!+C0 3.00!*00 0.00E+00 0.00!+00 ! Tith: 1 41E*06 6.115+06 5.;3!*07 0.00i+00 0 00!+00 0.00!+00 C.031*00 0.0C!,00 ! CMILO: 3.671+C6 6.161+36 1.21t+C3 3.0C!+00 0.CC!+00 3.00t+00 0.00E+00 0.00i+00 l INFANT: 7.C2i+0S 5.33f+36 2.4$1+03 0.0Cf+00 0.00!+03 0.00E+JO 0.00E+00 0.00:*00 ' ( FCA PAthuAT GJaT 11LK b i T. 100 7 G:.74ACT 50Ni L v!R K:0NEY TNTRO:0 LUNG SKIN ACULT: 1.7;i+C6 f.50!+06 5.92i+C7 0.JCi+30 C.C3!+C0 3.00!+00 0.00E+00 0.00E+00 ftEN: 3.ali+06 1.30!+07 1 01g+03 0.3C!+0C 0.00!*00 0.30!+00 0.00i+00 0.00f+00 CMILJ: 7.72t+36 1.033*J7 2.70!+0i 0 0CE+30 0.00t+C0 3. 0 0!+ 0 0 0. 0 0 E
- 0 0 0. 0 0i+ 0 0 INFmNT: 1 47!+07 1.3ei+07 f.1+E+0! 0.3CE+00 0.C0C+00 0.00f+00 0.00E+00 C.00: JO FCA P A t m .' A Y : INmALATICN
{) I T. 5 3* f JI. TRACT 10hi LIV!R K:ONiY TNT 4CID LUN3 $K!N AQULT: 2.75t+CZ 1 11C+J4 3.e4f+03 3.00!+0J 0.CCE+CJ 0.00E+30 4.+4E+04 0.3Ci+00 TEEN: 2.96t*02 1.as!+06 1.3f:+0+ 3 30!+0C ?.C3!+00 0.00!+00 7.66E+04 3 30i+00 CHILO: 5.47t+C2 3.3J2+33 1.50t+04 0.JCf+00 0.00E+C3 0.00!+00 6.84E+04 0.00f*00 INFANT: 3 6i!*02 2.03f+33 1.2=i+0+ 0.)CE+00 0.0;E+00 0.JC!+00 6.64f*04 0.0Cl*00 l [) l l e O
- ~ ~
D INDIVIOUAL DO5: ' A 0 T O R 3 8 0.4 ;&i!JL5 :FFLJENT5 -- F3R ;30? CPL i tR10
...................---------------------------n..-------------~~---
S 3CR PkThditt V.OHI T. 6:Cf GI-T4407 30N! t!V!4 L: 0N!f THYR;!0 LUN3 4 4.* N ACJLil C*03:+C; 3.JC;*)C 0.00i+00 3.0Cl*;0 0.00t+00 0.00i+00 0.00E*00 C.00i+30 TEiN: 0. Je+ ) 3. 3J:+ 0; 0.0 0!* :0 3. LCi+ 2 3 0.C;f
- C 0 0 00!* )0 0 00E + C0 0.00t+00 Ch!L*: 0.00f*00 J.JCi+30 0.00t+00 3.30 *00 0.000+0J 3.J0f+J0 0 03E+30 0.00i+00 gg IAFANT! 0.00s+02 J.031 00 C.CVk*0) 0. COL +00 0.::E+Ci J.J0t+00 C.302 00 0.00!+00 ,
FCA AATndaft GiOJN3 T. ::CY al-TtA07 10hi L;Vid KION!f TNTACIO LUNG +%2N AudLT! 0.C;t+0) 0.JC!+JC C.0C*+0J 0.*C!*0C .00E*03 0.30i+00 0 00E+00 0.00c+00 Teiht 0.0)!+C3 3 00:*00 0.3;i+0J J.3C1+J0 C.00*+C3 0.00f+00 C.00!+00 0 00.+00 g) Ln:LO: 0.C i+0J J.00i+JO O.00l+CJ 3.J i+JC 0.005.+C0 3.00i+00 0.00i+00 C.30c+00 INFANT: 0. ;3 !
- 0 0 0. 0 0 !& J O C . 0 3 ! + 0 5 0. J C c + 0 0 0. 0'J E
- 0 0 0.00i+00 0.00E+03 0.00!*10 FL2 PaindAY: VtG! Tat E T. c Cf LI-T4A;T TJN! LIY!2 KIONEY TnYRO:: LUN4 JAIN A0VLf: 1.3s!+10 1 6,;.0) 4.>4f+1] 3 3:!*LO :.00E+03 0.005 00 0.00E+00 0 00!+00 (g Tk!NI 1. 711 + 10 2.J44+J) 7.47h+1) 0C!+;c 0 005 00 0.001<00 0.00E+00 0.00!+00, CHIL;t 3 095+13 1.a+i+J9 1.22:+11 J.3C/+ 0 C.CDE*CD 0.00f+00 0 00E*C0 0.0CE*00 INFANT: C.C)i+00 3.J0!+ 0 0.C:1+CJ 3. 0 Ci+ 30 0 00 E + C 0 0. 0 0 f + 00 0. 0 0!+ 0 0 0.00!+ 00 FCA PAThdAY: MiaT T. 30CY 31-TEACT 6:N! 1:v!E (20NEY THYRCIC LUNG AAIN g ACULT3 4.65!+C9 5.2 f+07 1.ti!*C3 :.;CI+00 . 00E+00 0.00!*00 0 00E+00 0.30!+00 TisN I.SJ!.03 3.24:+07 1 17t+09 3. jct +00 0.C3t+ 0 0.00i+00 C.03E+00 0.0Cf+00 se:LO 3.84f+CJ I.0'i+07 1.52t+CJ J.30!+00 0.00E+03 3.00E+00 0.00E+00'0.CCf+00 INrANT! 0.C0i+C] J.3Cf+00 0 03E*0J 0.3Ci+0C 1.03E+:3 0.30f+3C 0.00E+00 0 00i+00 8C4 Path = Aft C;. h:LA g T. !*Y JI-TRACT 1:N! L;V!k K: 1!7 TMf20:0 LJNG SA:N ACULTI 1 67!+C) 1. s 7 !* 0 8 6 4 2 E + 0 i 0. C i* C O 6. 0 0 F + C 0 0. 3 0 t + 0 0 0. 0 0 E + 0 3 0. 0 C l+ b T!!N: 2.!if+0) 2.T*i+08 1.64E+0i :.JCc+30 0.00F+00 0.00!+fD C.00E+03 0.00i+00 Cn:LO 4 13 f + C f 2.19t*08 1.63f+10 3.0C2 00 0.00E+C0 0.0C!+00 0.00E+03 0.3CE+00 INFANT 3 4.3;t*Cl 2.214+06 1.7t!+13 3.JC!+00 :.30E+C0 0.00(+00 C.035*00 0.00!+00 FCA PATNdAYI GAT MILK
)
- 7. 50CY *I-T4t*T E*h! L:v!A E!:NEY TMYRO:0 LUN3 3AIN ACULT! 3. !!! + ) 6.163*05 1.43r+1J ).J02+00 0.33t+00 3.G0!*00 C.0CE+00 3.30!+0C TecNi 5 0)i*01 5.64:* 6 2 02;+1; ;. Ci+JJ :.0 $!+C 0 0.00i+ 00 C.00 E + 00 0.0 Cie 00 Cn:LJ: 4 57f*09 4.ali+;a . 2f+1J 3.;;i+0C 0.03E+00 0.00!+30 0.03E+03 3.;c:+JC <
INF&aT: 9.67d*01 6.s$3.?S 3.72(+1; J.00!+30 0.00!+03 3. 00i+ 00 S.00 E + 0 0 0. 0 C E + 0 0 J FCA PATM. Aft I1mALaf::.J T. v:07 31-TRACT JJN. LV!' x: NEf TdVR:i: LU53 5(IN / ACULTI 1.SJt*03 2. ;)i+ 3' J.1+:*0s J.JCJ+00 0.00!+C3 0.00t+00 3 04E+05 0.3Ci+0C t TEEN 2 12:*C5 2.+2i+34 3 62:+0$ :.10!+30 0.00!+ 0 0.0Ci+30 5 22E+0! 3.0CE+JC Cn 603 4.0+1 06 1.Ji!*J6
- 2 31 0 .3 0. 3 C :+ 3 0 c. C Q E + C 0 3. J 0 E + 0 0 6.6 3 f + C 5 0. 0 04 + 0 0 INFaat: i.;1t+3+ 6.;3:+33 . 306 04 :.;;!* 0 J.*0f+03 J.00!+00 3.56E+03 :.J0!* 30 3
. l O
D INOlv SUAL 3^51 5 ACTOR 3 :CR JAjiOLS iFJLv1NT3 -- FOR !SCTOPi : IR35 FCR TaihWAf: P.LMS T. 400f 3:-74A;T :Ond LiviR r.* N!Y THYRO:D LUN3 3 KIN
+ CULT: 0.0:5+C0 0.0;2+;0 0,03d+00 0.00i+20 0.0)i+c] 0.00i+00 0.00E+00 0.00!+00 TEiN: C.0}i+C0 J.;0!+:C C.00i+0] ).JCi+30 C.03f+C0 3.30f+00 0.00E+00 0.00d+00 On:LO: 0.Uc +C0 0.0 0 :+;C C.03:+0J 3.00i+00 C.00f+C) 0.00i+30 0.001+00 0.00i+0C g INFANT: C.0)i+00 0.;0i+)C C.00i+00 3.00L+00 0.00E*C0 3.00!+00 0.00E+00 0.00E+0C 704 PATn=AY: GROUNO T. 3 0CY 3!-T4ACT 3:N; LIV R KICN3Y T H Y 10 :0 LUN3 3&IN ACUL7: 7. 4 3 E + C 6 7.46!+36 7.44c+0i 7.+4c+0s 7.45E+C6 7.+3f+J6 7.*3E+06 d.673+06 TiiN 7.4 si +C 6 7.-33+06 7.4dL+Co 7.43f+0a 7.*!E+C6 7.46i+06 7.6dE+06 3.37!+06 g CMILO: 7.4ii+C6 7.42i+36 7.43?+06 7.482+06 7.48:+06 7.4SE+06 7.43E+06 9.67d+0e
!N F A.17 : 7.4si+3s 7.4ei+06 7.412+05 7.4d?+36 7 . 4 .1 E + 0 a 7.465+06 7.43E+C5 3.67i+0e F04 PATH =AY: ViG5 TABLE T. 50CY 3I-TRA0T 30Ni LIviR KIONiY THYRCIO LJNG $ KIN ALJLT: 6.4*1+C3 3.J;i+07 2.1si+0+ 1.35d+03 . 50E+04 0.00i+00 0.00E+00 0.00i+00 g TEiN: 1. 015 + C 4 3.371+37 4 62i+06 1.464+04 2.15E+C4 0.00i+30 C.00E+00 0.00i+00 LMILO: 2.075+04 2.-32+37 1.061+03 2.32i+06 3.33E+C6 0 00e+30 0.00E+00 0.00i+00 INFANT: 0.00i+G3 d.00J+00 C.00c+00 0.JCi+00 0.00E+C3 0.00i+00 0.00E+00 0.00i+30 FCR PATMWAY: .iAT w T. 23CY GI-T4:0T ! uni liv!R KION5Y THYRC:D LONG SKIN
$ AGULT: 7 2'E +0 3 3.40i+07 3.346-04 1.J75+04 1 63E*C4 0.00i+00 C.00E+00 0.00:+00 T6sN: 5 . 61 d + C 3 1.95f+07 2.63E+J+ 3.45t+33 1.24E+04 0. 30i+ 3 0 0.00i+00 J.303v30 CMIL3: 9.38+23 1.0si+07 4. Tid +0* 1.33E+04 1 53E+04 0.30i+00 C.03E+00 0.0Ci+00 INFANT: C.03E+00 0.30:+3C C.00i+00 3.0C1+30 0.C3E+C0 3.30i+00 0.00i+03 0.00!+00 FCd PAindAf: cow PILK g T. '0;Y 31-TRA*T fiNi L"YOR KIONiY T M Y '.0 : 0 LUN3 3 KIN ADULT: 3.65 E +00 1.712+04 1 64f*01 5.4Ji+C0 2.47I+CO 0.00i+00 0.00E+00 0.00!+00 TE:N: 6.375+03 2.14!+34 2.961+01 9.495+J0 1.35f+01 0.00i+00 C.00E+00 0.00i+J0 Cn:LD: 1 34 E + 01 1.575+34 6 84t+01 1.3Ci+01 2.1$F+C1 0.00!+30 0.00E+0? 0.00i+0C INFANT: 2.10 i + 01 1.471+04 1.21!+02 1.)6f+01 3.19 E + C 1 3.00i+)0 0.00E+00 .,00E+00 FLA PATMdAY: 53AT MILK b
I. 20CY 31-TRACT EONi L VIR K0NEY TMYRCIO LUN3 3 KIN ADVLT: 4.311-01 2.032+J3 2.02i+03 5.+2i-]1 1.02E+C0 0.00i+C0 0.00E+03 0.00i+00 TEiN: 7 521-01 2.372+J3 3.$3E+0L 1.11:+00 1 64f+C0 0.00i+00 C.03E+03 0.00!+JO CM;L3: INFANT: 1.61d+00 1.io!+03 2.00!+C] 1.3CI+00 2.535+00 3.00i+00 0.00E+00 0.00i+00 2.3si+CJ 1.172+03 1.+62 01 4.55!+00 3.a3E+03 3.00i+30 0.00E+03 0.305+00 [] FCs /ATMdAY: INM AL ATION T. iA0Y SI-TRACT :JNi L:ViR KION1Y THYRO 0 LUNG SK*N ACULT: 7.331+C2 +.772+03 3.60:+03 1.39t+03 1.72E+C3 0.00i+00 5.60i+C4 0.0Ci+JC TiiN: 9.5,i+0! 4.72i+03 4.62i.C3 1.45d+33 2.14f+03 3.00i+30 6.52E+04 0.J0i+00 On:L3: 1.lii+03 1.s4;+JS 5.02i+0: 6.33*+J3 1.8)i+03 0. 0 0 i + ') 0 7 075+0+ J.00!,30 INFAai: 6.eki+C: s.sii+02 3 6mi+03 i.33:+02 9.!$E+02 3 00i+00 5.33E+04 0.30i+00 C o O i
, .m - .J
- O INDIVIOUAL 00$i FACTJni FCR 3A3: JL5 iF LJENTS -- F3R ISOTCPE I 55124 1
- O h0A PathdAY
- FLUMi T. :0CY sI-TRA0T $;N: L:V it KIONEY THYRCID LUNG 3KIh AOULT: 0.*]i+0) 0.00i+00 0.004+03 3.0Ci+00 0.00!+03 0.00i+00 0.00E+00 0.00i+0C TEON: 0.CJi+00 3.0Ci+00 C.02:+03 J.JCi+;0 0.00E+03 0.00i+00 0.005+00 0.00E+00 Od:L3: C.C3f+C0 J.0;i+JO C.0J:+03 0.JCi+20 0.C3E+03 3.00i+00 0.03E+00 0.00!+00' T) INFAuf: 0 . 0 3 i + C -) 3.}0i+20 0.00i,00 0.JCd+30 0.00E+03 0. 0 0i+ 0 0 0. 00E
- 00 0.30i+00 FCR FATndAT: b0UNJ -
i T. 20CY G -T R ACT s;Ni L:v R KIONEf THYROID LJN3 SKIN A6 ULT: 0.00i+C0 0.00i+JC C.;Ji+0J 0.JCi+;0 0 00E+00 0.00i+00 0.00E+00 0.00i+00 ! TciN: 0.0]i+00 J.00i+00 0.001+0J 0.30f*C0 0.COE+C0 0.30E+00 0.00E+03 0.00i+00 '-(3 Ch!LJ: 0.0Ji+C0 0.00i+JO 0.006 0J 0.00!+ 0 0.COE+C3 0.00i+00 0 00E+00 0.00E+00 INFANTt 0.Cid*G) 3.30i+)0 C.002 00 0.001+00 0.00E+03 0.00E+00 C.00E+00 0.00i+00 FCR AATndat: v!G*Taici l T. iO;Y SI-TRACT 3:N2 L:V:R KICNEY THYROIO LUNE S t, I N
- A O L'L T : 0.CJi+03 0.00i+JC C.OJi+C] J.0ci.30 0.03E+00 0.00E+00 0.00E+00 0.00i+0C l C) TEJN: 0.0JE+C3 0.30i+JC C.00i+0J 0.00:+0C 0.00:+00 0.00!+00 0.03E+00 0.005+00 OMALJ: C.30E+00 0.30l+00 0.00!+0) J.3Ci+00 0.00E+03 3.00i+30 0.00E+00 0.303+00 IN F A.d T : 0.03E+0] 0.J02+JO C.0Ji+CJ 3.0Ci+00 0 03E+C0 0.00f+00 0.00d+00 0.30i+00 FCR 7ATHWAY: M;4T T. SOCY 3 -TRACT 30Ni L:via KIONEY THYRCIO LUNO SKIN l C) aCuLT: 0.0 E 00 J.:Ji+00 0.c0i+c0 3.J00+00 0.e0E+CJ 0.3ca+00 0.00e+00 0.00e+00 icEN: C.00E+CJ C.00i+30 0 00!+00 0 3Ci+ 30 0.0 0 E + 0 3 0.00i+ 00 0.03E+0 0 0. J 0i+ 0 0 CMILO: 0.00i+C3 0 302+00 0.0Ji+00 3.00i+30 0.00E+03'0.00E+00 0.00E+00 0.00i+00 Ih7 ANT: 0.CJi+0g 3.00i+30 0.00i+00 0.00:+30 C.00E+C3 0.00i+00 0.00E+00 0.00i+0C FCR PATHWAY: C04 F:L(
l
- () T. iOOY 3
- -TRACT !)Ni L;VjR K*0N!Y TMYRCID LUN3 3 KIN A0VLT: 0.00i+C0 0.0Ci+00 0.00!+00 3.30!+00 C.C3E*00 0.00E+30 0.00E+00 0.00i+0C l TE:h: 0.0]c+00 0.33d+30 0.00F+0G 3.30 +00 0.00E+03 3.005+00 0.00E+00 0.00i+00 '
CnILO: 0.00i+CU J.00i+30 0.00!+00 0.3C3+00 0.00E+00 0.00i+30 0.00E+00 0.00:+00 IN8AN!: C.0]!+0] 0.00i+00 0.03c+0] 3.00c+00 0.00!+C3 3.00c+00 0.00E+03 0.00i+00 l FCR PATHdAY: GOAT MILK l lC) i T. 5 :0 Y 41-TRACT 20Ni LIYiR KICNEY THYRCIC LUN3 3 KIN ; ACULT: 0.00i+00 0.]Gi+00 C.005+00 J. J0i+ 00 0.00!+03 0.00!+00 0.00E+00 0.00i+0C ! TE;N: 0.CJi+CJ C.00i+30 0.031+CJ .JC:+0C 0 00!+C0 0.00E+00 0.00E+00 3.00i+00 ! , OMILO: 0.0Ji+CJ 3.JCi+10 0.00!+0; ).00;+00 0.00!+03 0 003+00 0.00E+00 0.3Ci+0C I INFANT: 0.03 +CJ 0.40;+30 0.00.+CS 0.000+;0 0 0]i+00 0.00!+00 0.002+00 0.00!+00 () F04 #AThdAY: I'MALAT:CN i l
. 3 30Y 11 *Ra07 !JNi L;v!R KIONEY TdYROIO LUN3 3 KIN A0JLi: 0.C):+03 J.Joi+JC 0.00E+00 0.0Ci+3C 0.00!+C0 3.00!+00 0.00E+00 0.00h+00 i
Tcin: 0.03h+00 0.00:+JO C.00i+0) 0.0Ci+30 0.00E+C0 3.00i+00 0.00!+00 0.00i+00 ' Cn*LO: 0.GJi+C) 0.30i+JO 0.00E*C0 3. 2 0 + JC G.0 0!+00 0.0 0!+ 00 0.00E +00 0.00i+ JC l I N F A;.T : 0.CJi+C0 J.00!+00 C 00h+03 ).00i+33 C.00E+00 0.J0d+00 0.00E+00 0.J0:+0C l C) 1 l l . . l C) l i
1 l l 1 O INLA/IOUAL CJ52 ACT;A 2 ?4 SA3iOL3 .F:LJ2NT3 -- FOR *3CTCFt : C$134 ~ C) FCA FATLJAT: FwJ 4i
- 7. c JL Y 3 -TRACT =0Ni L;Vi? KIONdY THYtJ:D LJN3 3K;N ACULT: 0.CJI+00 3.00.*JO 0.JJi+v3 J.):f+0C 0.00f+00 0.J0!+30 0.0Ji+0J 0.00i+00 Tcia: 2.00i+C0 3.w;C+JO 0.00i+0 0.J0i+C0 C.C)i+C3 0.00!+00 0.0Ji+00 0.00i+00 Ce!Ls: 0.CJt*0) 0.04f+JO C.0]i+00 J.JCh+)] C.20i+CJ 0.00:+00 0.03E+00 0.00!+00 INFaa*: 0.C)i+03 J.;Ji+JO 0.0Ji+0] 3.0;i+33 0.00i+C0 3.00i+00 0.00i+0) 3.30i+00
. () FC4 #ATMWAY: G43LA: T. OCY 31-T<A*T LONE L ViR N::N!Y THYaC:c LJNG 3 KIN 4CLLT: 2 1:i+0J 2.11i+35 2.115+03 4.11:+0d 2.11E+03 2.115+03 2.11E+03 2.465+0S Th2N: 2.11!*C3 2.115+)3 2.115+03 2.112+)3 2.11E+C3 2.111+08 2.11E+03 2.46:+06 CnILS: L .11i + 0 3 2.111 + 3 6 2.112+03 2.112+)d 2.11E+C3 1.11E+0B 2.11E+03 2.465+08 () INFANT: 2.11t+03 2.11i+06 2.112+03 :.1;=+0e 2.*1E+C3 2.115+08 2.11E+0i 2.461+08 FCR 7ATHdAf: VI 's t T a h l! T. 350Y ;;-TRACT ;JNi LIVIR KIONEY THY 4CID LUNG SKIN ACULT: 2.5]I+0! !.3*i+35 1.23i+C3 J.Ji!+0e 9.3S2+07 0.00i+0C 3.265+07 0.0Ci+00
')
r TiiN: CH*LJ: 2.215+03 5.132+06 2. Jh+03 4.775+23 1 52i+03 0.00i+00 5.79E+07 0.00i+00 1.6J!+03 6 1Ci+36 4.43!+v3 7 60:+08 1.265+03 0.00i+00 S.462+07 0.002+00 IN8 ANT: C.C)i+00 0.J0:+00 0.00i+CJ J.00i+00 C.00E+C0 0.00i+00 0.00E+00 0.00i+00 FC4 PATHdAY: PiAT T. 4]CY GI-T4A0T :*Ni L VER K CNEY TMYRCIO LUNG 5 KIN () 4CvLT: 1.231 07 5.10i+05 1.12E+07 2.71E+07 9.43!+Ci 3.00i+00 3.13E+06 0.00i+00 ri:N: 1.06i+07 2.332+J5 9.7+!+05 2.293+0? 7.43t+Cs 3.00i+00 2,7dE+05 0.00i+00 ChILS: 5.i*i+Cs 1.32i+05 1.72E+07 4.32:+37 3.73E+0s 3.00i+00 3.13E+05 C.J0:+JC INFANT: C.0]!+CJ .00i+0C C.00i+00 J.0Ci+00 0.00i+CD 0.00!+00 0.00i+00 C.00i+00 704 PainwAf: C:+ FILA ' () T. b20Y JI-TRACT 50Ni LIV!R KICGIY lHYRO*C LUNG 3AIN ADULT: 2.05 +Ci 4.JSi+06 1.052+03 0 3Ci+03 d.11!+C7 0.00!+00 2.69E+07,0.00f+0C Thin: 2.C3f+05 3.33!+36 1.53f+C5 +.30i+03 1.37!+03 0.00!+00 5.225+07 0.0Ci+JO CMIL3: 1.*si+03 3.722+06 4.226+0i 5.92i+36 :.14L+Ci 0.0Ci+00 7.69E+07 0.00i+J0 INFANT: 1.23:*03 3.641+36 1.796+C3 1.275+09 3.265+03 3.00i+00 1 34E+03 0.0Ci+00 FCA FAihaAY: G; A
- MILE O f. 10CY 31-T4A*T $;Ni LVIA K!ONfY TMYACIC LUNG 5 KIN ACULT: 6.1+i+0i 1.;;i+37 3.15f+0s 7.51:+;8 2.632+C3 3.30i+00 3.07E+07 0.002+JU TihN: 3. i di +0 3 1.31d+J7 5.w32+43 1.;9i+09 4.10E+Cd 3.0Ci+J0 1.572+03 0.J0:+00 CHILJ: +.34:+03 1.12i+07 1.46:+01 2 33 + ) 5.43E+C: 3.00i+00 2.31E+03 0.3Ci+]O INFANT: 3.24f+03 1.03i+J7 2.0-:*09 3.ici+01 ?.73E+C3 0.00i+0C 4.0;i+03 0.003+0; I I
() FCA PATM4AY: INFALATICN ' 1 I
!. ::CY J:-TRA;T iONE L:V!R (ICNiY THY 4CIO LUN3 3AIN ACJLT: 2.312+C4 3.30i+J2 1 132+04 2.ssl+06 9.10i+C3 0.001+00 3.07E*03 0.00i+JO .
ft:N: 1.741+06 3.2ii+02 1.196+64 3.3ci+J6 1.19f+04 3.00i+00 4.641+05 0.00i+0C l CM*LJ: 7.1Li+03 1.;;i 0; e.05i+04 3.;;2+04 1.051+:+ 0.00!+00 3.842+03 0.JCi+0C
*NFadT: l
. 331 03 4.23f+21 1.;65+04 2.221+Je t.C41+03 3.30t+30 2.535+03 0.JCi+00 )
O I i 4 l
5 J l l l Ih0IVIJUAL 001: FACTOR 3 ?CR 545:0Li :F!LJiNT5 -- FOR I3OTOPE : C5136
) 602 ;ATHAAf: FLU 92 i
T. dOOY v;-T4ACT ION! L VfR K: 0Nif THf4010 LUNG SAIN ACULT: 0.092+C) J . ; C i + a c . 0 01 + rj 0. J C i + ) C C . 0 0 ! + C 0 0. 0 0 : + 0 0 0.0Ji+00 0.00i+00 TeCN: C.0Ji+00 .;;:+0J 0.031+CO 0.JC.+0C 0.031+00 0.00!+J0 0.0Ji+00 0.00i+00 CHILO: 0.0Ji+00 3.]0i+JG C.3J:+0) 9.30i+0C 0.00i+00 3.000+JO C.00E+00 0.00i+Jo In/A4T: C.C;i+03 3.J0i+00 C.s0i w: 0.00!+00 0.00E+00 0.00i+00 0.COE+0J 0.00E+00 {) FCR PA*hdAY: 4R0VNJ T. 50*f JI-T4ACT : "Ni LIVfR X:0Nif THY 20!O LUN3 SKIN A;VLT: 4.4}i+0e 4.)Ci+36 4.c0i+06 4.40i+3e 4. tai +C6 4.60E+06 6.60E+06 5.211+06 TsiN: 4.62:+06 4. 0:+06 4.60i+C3 *.501+06 +.60E+05 4.60!+06 4.63f+C6 5.21s+06 () CHIL3: 4.60i+06 4.30i+36 4.o3d+05 +.aC:+36 *.60Z+06 4.ooi+0e 4.60i+06 5.211+06 IN/A,vT: 4.40i+C6 +. 2i+06 4 00i*03 %.30:+0e *.60E+C6 4.60i+06 4.60E+0e 5.21t+06 FCR PAThdAY: ViGiTA562 T. !JCY GI-TRACT tJN: L!vik K*CNiY TMYR0:0 LUNG SKIN ACULT: 1.iii+06 3.131+35 7.011+03 2.775+06 1.54E+0e 0 00E+00 2.11E+05 0.00d+00 {} TEiN: 2.14E+C5 4.571+06 8.10!+0i 3.lii+06 1.7+E+C3 3.00i+00 2.74E+05 0.00!+00 i CHILO: 2.64E+06 1.57i+05 1.62d+06 4.44E+C6 2.37E+C6 3.00i+JO 3.54E+05 0.00i+00 INFANT: 0.00i+00 0.;0i+00 0.00-+00 0.JC~+00 C.00E+0J 3.30i+00 0.00i+00 0.00E+0C
?CR PAThdAY: FIAT T. 3CCY G -TRACT SONE L!Yit K!ON!Y T9YROIO LONG $ KIN
[) AOULT: TisN: 6.!3E+05 1.0*i+25 2.33i+05 9.03f+05 f.05:+C3 0.033+00 e.92E+0e C.00i+00 4.74f+03 3.sii+04 1.7)': 01 7.3!i+05 3.34E+05 0.00f+00 6.05E+0+ 0.00i+00 GMILJ: 5.JJi+C5 2.)ii+04 2.035+0) $.50!+05 4.53E+0i 0.00!+00 6.736+04 0.00!+JC INFANT' O.03f+00 J.00i+JO 0.00!+03 0.00i+0J C.00E+C3 0.00!+ 0 C.00h+00 0.0Ci+00 FCR 7ATn4AY: C]w FILK () 7. 200Y SI-TRACT 53N~ L:ViR KIONEY TnTROIO LUNI SKIN ALULT: 1.433+07 2.;o2+36 5.036+03 1.196+07 1.10E+07 0.00i+0C 1 515+06 0.00:+00 icdN: 2.25E +0 7 2.713+06 3.562+05 3.372+07 1.83E+07 0.00i+00 2.8)d+06 0.J0i+0C CNILO: 3.4si+C7 1.i7i+36 1.13:+07 3.31:+07 .83!+C7 0.00i+00 4.22i+06 0.00!+00 1NFANT: 4.14f+07 1.:ii+06 3.775+07 1.11I+0! *.42i+C7 0.00i+00 9.05E+06 0.00i+00
?CR 7Aih=Af: GOAT MILK O T. 530Y 51-TRACT 6;Ni L!VfR K!ONEY THYRCIO LUNG SKIN ACJLT: 6.2;i+07 6.772+]$ 1.511+07 5. 9 d i+ 0T 3.31E+C7 0. 0 0. i + 0 0 w . 5 4 f + 0 6 0.0Ci+00 TiiN: o.7di+07 ;.;3f+0e 2.37i+07 ;.;1i+03 5.53!+C7 0. 00 i+ 00 d.671 + 06 0.00i+00 Cn!LS: 1.C3:+03 s. sci +06 5.iJi+07 1.51!+04 3.'ii+07 0.00:+30 1.27t+07 0.30i+00 IN? ANT: 1.2+;+03 3.;ii+06 1.13I+04 3.33i+;$ 1.33f+Ci 0.J0i+00 .Tli+07 0.00i+0C *
() FCA PATMdAY: IN-ALAT:0N T. iOOY ~1-T<A0T ION: L:VIR KION1f TaYROIO LUNS $K N ACJwi: 3.iji+03 3.70i+02 1.24h+C3 4. 4E+33 2.71s+03 0.00i+00 3.30!*02 0.00i+JO TiiN: 4 3+i+03 3.+ii+02 1.63i+Cs 6.14*+:3 3.5J!+03 00!+30 5.63E+02 0.0Ci+JO CnILD: 3.4a f +C 3 1.422+32 2.06:+03 s.+2i+;3 3.03f+03 3.00i+JC 6.61E+02 0.00i+00 IN/ ANT: 1.t;i+03 6.23:+01 1.53i+0* 4.Iti+J3 1.77E+C2 0.00i+00 3.73E+0 0.J0:+00 o O
_ _ _ _m . - - ._. . _ _ () INCI/IOUAL 0055 :ACT3R3 :CR SAitL3 i':LJc4T5 -- F3R ~50TCPE : C5137 1 1 C) I PCR PATNAAY: D '. C '81 T. - ;; Y 11-T;A;T i;N: L*V!R KIONiY TMYRJIO -LUNG SKIN l ACULia G.'C i+GJ J.30:+00 C.00:+00 3.30*+JO C.C0i+C0 3.00!+00 C.00E+00 0.00!+00 l ' T : i f.: 0.0]E+C) u . ] 0 i + J C C . 'J J L
- 0 u J.;;;+GC C.00E+C) 3 00:+30 0.00E*00 0.00i+00 Cn*i): 0.00i+03 0.3;i+JD J.0J:+30 J.00i+;C C.002+0; 3.00!+00'0.03E+0J 0.00E+00
- () INhAN!: 0.02i+03 3.)C:+3C C.00:+00 0.00:+00 0.00E+CJ 0.03E+00 0.00E*00 0.30E+00
?CA PAihsAY: CRCJN)
T. : 00 Y J I- T .R A
- T idNi LIV:R K'CNiY TMYRCID LUN3 SKIN ALULi: 3.is*+03 3.io! 33 3.9di+14 .30i+;3 3.iiE+Ci 3.95s+03 3.9aE+C5 +.64E+08 TiiN: 1.435+03 3.9Ei+Ja 2.932+0i J.iE:+28 2.93E+03 3.98i+08 3.93E+03 4.545+0s
. () chill: 3.lii+C3 3.353+34 A.13E+03 4.33:+35 3.961+C3 3.98i+0s 3.93E+03 4.64f+06 INcAN7: 3.9 1+0i J.i3i+0S 3.151+05 3.);i+36 a.93E*03 3.164+08 3.93E+0S 4.64d+0i FCR PATMsAf: ViSi!AiLi T. 53LY 3I-TRACT :CNi LIVfR K*0NEY THYRCID LUNG SKIN ACULia 1.3ai+C5 5.26i+06 2.10i+0i 2.375+08 9.73E+C7 0.003+00 3.24E+07 0.00i+0C ' (g Th:N: 1.612+03 5.575+J6 3.471+03 4.522+08 1.57E+03 0.00E+00 6 11E+07 0.00i+00 CH*LJ: 1.171+03 4.971+3e e.29.+03 7.34**3S 2.EJE+CJ 0.00i+00 9.31E+07 0.00E+00 INFANT: 0.0Ji+C3 3.00:+30 0.00Z+C3 0.;Ci+3D C.03E+CJ 3.00Z+00 0.00E+00 0.00E+00 FCR PAThWAf: MiAT T. 3;CY 3!-f4ACT EONi LIVER K*0 NET.TNYROIC LUNG SKIN , ' () A0VLT: 1. c 3 E + 0 7 6.dCi+;5 1.211+C7 2.+Si+07 !.423+C5 0.00i+00 2.50i+04 0.00:+0C TeiN: f.03E+06 2.33f+35 1.515+07 2.0 i+37 '..E E+05 0.0CI+00.2.6SE+06 0.00i+00 CnILO: 3.1 i+0$ 4.ati+~5 2.17s+C7 2.s$5+07 5.64E+06 J.00i+30 3.11E+06 C.00f+00 INFANT: 0. 00 i + C 0 0.JCi+00 C.30i+00 J.3C3+00 0.00E+00 0.00i+00 0.03E+00 0.00f+00 - l FCR dAThwAY: C;a F*LK () 7. ! )C Y GI-TRACT !*Ni LIVER K I O'l C Y TMYRCIO LUNG SK*N ACULT: 1. 3 5 E + 0 i 4.073+36 1.541+0i 2.10i+0C 7.13E+C7 3.305+00 2.37E+07 0.3Ci+JO Ti:N: 1.2ii+0i 5.271+06 2.781+03 ;.70i+35 1.26E+0$ 3.00i+00 4.90E+07 0.0C:+0C Ch*LO: 9.431+07 4.32i+16 s.71!+Cl 6.42i+0i 2.C9E+03 0.00Z+00 7.53E+07 0.00i+00 INF A;4T : 8.32i+07 3.i2*+06 1.07f+0i 1.25E+29 2.36E+C9 0.00E+30 1 362+03 0.00i+00 FCR FATH4AY: GO A T MILK () i T. 60CY 32-TA207 iLNd LIV *Q K!DN!Y TdTRCIO LUNG SKIN l ACULT: '.13f+0i 1.22i+37 4.61:*03 5 3C1+35 2. lee +03 0.JCi+00 7.11E+07 0.00i+00 -1 TiiN: 3.67t+03 1.5:i+37 3.35d+s3 1.115+39 3 7:E+0i 3.00E+00 1.47E+03 0.00c+00 Ch;LO: 2. i4 5 + 0 s 1. 211+ 3 7 4.311 3d ;.13f+09 6.23!+Ci 0.00E+30 2.24E+03 0.00i+00 INFANT: 2.c:5+03 1.13E+07 J.21:+09 3.76:+09 1.01E+01 3.00i+00 4.09E+0J 0.00i+30 . () ACA FATHWAY: !?.wALATICN T. iCCY SI-T4ACT 20Ni L VfR KICNEY TMTPCIO LUNG SKIN ACul*: 1.35E+04 2.6si+02 1 5.1+04 1.17E+J+ 7.0$E+03 0.00E+00 2.33E+03 0.003+00 TEiN: 5.373+ 3 2.ivi+J2 2.1J:+3+ 2.591+34 1.64E+03 0.00i+0C 3.S3E+03 0.00!+30 CnIL0 6.07E+0; 1.1:3+J2 2.d7i+C+ :.2Ii+04 9.1SE+C3 0.00!+00 3.30!+03 0.00i+0C INFANT: 1.*+f+03 6.2?i+01 1.7+i+0+ 1.)4:+0+ !.4tE+C3 0.30i+30 2.26E+03 C.3Ci+0C O
D IkO!YIOUAL DC5i FACTORS .:04 GAiE3US IF:Ls:NTS -- FOP ISOTCDE : 34140 D FCR PAinaAY: P . 0,4 2 T. i]CY *i-TRACT s i:NI L:VIR K0NEY THYRCIO LUNG SKIh 4 CULT: 0.0]i+C3 3.J0!+JO C.00E+C3 3.002+00 0.03E+00 0.00!+00 0.00E+00 0.00i+00 TiiN: C.C3f+CO J . 'J u i + 0 0 0.00i+03 0.00i+30 C.00i+00 0.00i+30 0.00!+00 0.00i+00 CnILJ: C.03E +C 0 J.;0i+00 0.0] +00 0.J0i+30 C.03E+00 0.00i+30 0.00E+00 0.00i+00 g ih7 ANT: 0.0)i+03 3 031+00 0.00i+CJ 0.3CI+0C 0.COE+C3 0 0CI+00 0.00E+03 0.005+00 FOR FAinaAY: GRCUh3 T. 600f GI-TRACT 10:41 L:VIR K:0NEY T9YRO 0 LUNG SK:N ACULT; 6.27:+C5 6.272+35 .27c+05 s.072+35 6 272+05 6.47i+05 6.27E*05 7.16E+05 TiiN: 6.27!+C5 5.27 +05 6.27i+03 3.273+35 6.07!+Ci 6.275+05 6.27E+05 7.16i+05 g CN*LJ 6.275+0i o.472+05 6.Z75+0s 3.272+05 6.271+05 6.273+J5 6.276+05 7.16s+05 IhP4NT: 6.275+0i 3 67i,01 6.i75+03 6.27E+05 6.27E+0i 6.275+05 6.27E+05 7.161+05 FOR FAihdaY: viaiTAdLi T. ?OOY 51-TRACT :.N; LIV!R K!ONEY THYRCID LUNG 3AIN AsuLT: 1.3ii+C5 4.2;J+0e 4.015+06 0.6;i+03 4.8)E+C2 0.00i+0C 1.50E+03 0.00!+00 g TicN: 1.62i+05 3.36i+06 2.52E+05 3.392+03 1.C5i+C3 0.00E+00 2.07E+03 0.00!+00 CMILs:* 3 13f+C5 2.72f+06 3.36f*05 4.69E+03 1.53E+0i 0.005",0 2.30E+03 0.30E+00 Ih/ ANT: 0.00h+00 0.002+00 0.00i+0J 3.00E+30 0.00E+C3 0.00i+00 0.00E+00 0.00E+00 FOR PATndAT: MiaT T. i30Y 3I-TR40T !]Ni L'ViR KIONEY TMYRCID LUN; 5 KIN
$ ACULT: 3.6Li+04 1.132+36 :.50Z+03 5.912+J2 2.33E+C2 0.00E+00 3 96E+01 0.00:+0C TifN: 2.93E+C4 7.0i!+05 4.55E+C5 3.5SE+02 1.39E+C2 0.00i+00 3 75E+02 0.00d+00 CM*LO: 4.9]E+C4 4.233+J5 2.40i+05 7.36E+02 1.40E+C2 3.00E+00 4.39E+02 0.J0Z+00 INF A.v T : 0.00i+00 0.00i+00 0.00E+03 3.JC;+00 C.0Ci+C0 0.00i+00 0.C3E+0] 3.30i+JC 4Cd DATh4AY: C0w MIL (
g T. 500Y GI-TRACT EJNi LIVIR K0NEY TMYR0:0 LUNO 3AIN AOULT: 3.375+C4 1.065+06 5.15f+0) 6.47i+02 2.20E+02 0.00i+00 3.70E+0; 0.00i+30 TEIN: 5.99E+04 1.635+06 9.29E+05 1.14f+33 3.86C+02 0.0Ci+00 7.66E+02 0.00s+00 CHILO: 1. 312 + 0 5 1.14E+06 2.242+02 1.i72+33 6.40E+C2 0.00E+00 1.17E+03 0.30:+00 INFANT: 2.3si+03 1.13!+J6 4 622+0s 4.52i+03 1.10E+0J 0.00E+00 2.33E+03 0.JCi+00 FOR #ATHWAY: GJAT MILK b T. 33CY 31-TRACT l ' SONi LIV!R KIONEY TMYROIC LUNG 3 KIN AUJLT: 4.05E+C3 1.271+J5 6.13E+0+ ?.7ei+c1 2.64E+01 0.00!+00 4.e43+01 0.00:+00 TiiN: 7.115+03 1.7;i+05 1.12i+05 1.37!+0 4.63E+C1 0.30!+00 9.19E+01 0.00i+00 CHILO: 1.!7i+C4 1.Ic:+J5 2.eii+05 1. 3 6 * + 3 2 7.62E+C1 0 00i+00 1.41E+02 3.30!+0C INFANT: 2.i3*+04
- 1.26i+05 5.54:+05 3.54f+0 1.3:E+C2 0.00i+00 3 40E+02 0.30.+00
[) FLR 7AThsAY: inn AL AT !Ot. T. 60CY 3:-TRA;T !?Ni L VfR KIONEY TdYRCIO LUN3 SKIN AcuLT. 6.14 f + C 1 6.92i+33 1.I+i+03 1.55f+JO !.30E-01 0.00E+00 4.03E+04 0.00i+00 TEiN: 1 1:f+02 7.212+33 1.73E+03 2.13i+30 7.231-01 3.J0!+0C 6 4*E*0+ 0.00i+0C LnILO: 1.372+02 3.2s2+33 2.33I+03 2.051+30 f.70E-C1 0.30i+30 5.52E+04 0.00i+JC INFANT: 9.10i+01 1.211+33 1.7si+03 1.7si+CO 4.261-C1 0.00!+30 5.06E+04 0.30i+C0 () { i 1 e I l 1
l 0 INDIV10 AL 003i :ACTJRJ :Ct JA3EJU3 :FFLsENT3 -- SOR ISOTOPE : CE141 () .CA PATM4AY: F.U11 T. 30CY SI-TtA0T 50N; L:Vit KIONEf TMYR0:0 LUNG SKIN A0JLT: C.0;i+CJ J. ;0i+ JO C.0 si+00 0.0C;+>0 0.00!+CJ 0.00i+00 0.00E+00 0.00E+JO fliN: 0.00i+00 0.JC +JO C.0Ji+0J 0.0CI+00 0 00E+C] 0.00i+00 C.00E+00 0.00!+00 Cn~6,: :.0]c 00 0.J0:+00 0.00i+0] J. Cl+30 C.00i+C0 0.00!+00 0.00E+00 0.00i+00 {) I N .* A .N T : 0.0]i+0] J.)Ci+30 0.0)E+0) }.J0d+00 0 00i+00 0.00E+00 0.00E+00 0.00!+00 Fv4 PATH AY: GU vNL T. 300Y 3 -TAACT DON: L' Vip K: 0Nif THYROIO LUNJ 5 KIN ACuLT: 6.17E+05 4.17i+05 4 17:+05 4.175+ 5 4.175+C5 4.175+05 4.17E+05 4.70E+05 TE!N: 6.171+05 4.173+05 *.174+C) 6.17!+05 4.1?E+C5 4.175+05 4 17E+05 4.70!+05 () Ch!LO: 6.115+C5 4 111+J3 4.113+C5 . 17c+C5 6.17E+05 4 17!+05 4 17E+05 4.70h+05 Ih f at.T : 4.175+05 +.113+Jh 4.17E+05 +.*7E+05 4.172+C5 6.173+05 4.17E+05 4.70E+05 FCA PATMdAY: ViSfTAE.E T. 32CY G:-TRACT : Ni LIVik K0NEf TMYROID LUNG SKIN ACULI: 3.5!!+02 1.40!+07 4 63E+03 3.1 c + )3 1.45E+03 0.00E+00 0.00E+00 0.00E+00 TiiN: 5.57t+02 1.343+07 7.23f+03 +.55:+03 2.29E+03 0.00c+00 0.00E+00 0.00!+00 () CnILO: 1.Zii+C3 1.J63+37 1.74E+0+ 3.6 7 h* J3 3.20E+C3 0.00t+00 0.00E+00 0.005+00 INFANT: 0.005+C0 0.00 +00 0.00i+00 3.00J+0C 0.00!+00 0.00i+00 0.00E+00 C.00E+00 FCR PAIN 4AY: FIAT T. IOOY 5!-T4ACT SONI LIVER K!CNEY THYROIO LUNG SKIN ACULI: 1.i5E+01 s.iti+J5 2.5-i+02 1.7::+02 7.375+01 0.005+00 0.00E+00 0.00d*00 () TidN: 1.63t+C1 4.073+05 2.13E+0 1.-25-02 6.70E+01 0.00E+00 0 00E+00 0.00i+00 sh!LO: 2.37E+C1 2.50i*35 4.012+0! 2.008+02 3.775+C1 0.006+00 0.00E+00 0.00E+00 IN5 Ant: 0.CJi+0) 0.JCi+J0 C.J0!+00 J.00:+00 0 00E+00 0.006+00 0.00E+00 0.00i+00 FLA PATHWAY: C;W MILA T. 30CY GI-TAACT sCNi LIVfR KIONEY THYROIO LUNG SKIN () ACJLT: 6.71E+00 2.2ei+05 8.75E+01 5 12i+01 2 75E+01 0.00i+00 0.00E+00 0.00i+J0 TsiN: 1.23!+01 3.J6i+05 1 50!+02 1.07E*02 5.04E+01 0. JOE +00 0.00E+00 0.00i+00 OMILO: 2.531+01 ;.462+J5 3.955+02 1.97I+:2 d.6*E+01 0.00!+00 0.00E+00 0.00i+00 INFANT: 5.c2i+01 2.+75+35 7.93E+02 4.fi!+02 1.47E+C2 0.00i+00 0.00E+00 0.00i+00 FCA PATNdAY: GOAT MILK ' C) T. ::CY GI-TRA;T iONi L!Y!R K"0Nif THYRO:D LUNG SKIN ADULT: 2.0$f-01 2.7 d*06 1.03E+01 7.1 Ci* 3 0 3 30E+00 0.00E+00 0 00E+00 0.00E+00 TeiN: 1.4i!+CJ 3.idj+J6 1.93E+01 1 20i+01 6.C5C+00 0.00i+00 0.00E+00 0.001+00 Ch*LJ: 3. 51 : + 0 3 2.35d+24 6.74E+01 Os 371+01 L.C4c+C1 0.00i+00 0.00E+00 0.00d+00 INFAWT: e.73i+00 ;.s61+36 f.40E*01 5.73i+01 1.771+01 0.00i+00 0.00E+00 0.00i+00 FOR #ATMdaf: INMLAT;01 () T. : JOY 31-TRACT 5;Ni LIVER KIDNEY THYRCIO LUNG SKIN ACULT: 6.c*i+C1 3.30d+J3 6.31i,C2 4.25:+02 1.SIE+C2 0.00E+00 1.15E+04 0.00i+00 TicN: 4.a71+C1 4.011+03 3.00i+02 s.011+02 2.81:+02 0.00E+00 1.95E+0+ 0.00i+00 CHILO: 3.lif*C1 1.75:+03 1.2+i+Ci s.li2+02 1 71E+C2 0.00E+00 1.72E+04 0.00i+00
;NFANT: 6.3J!+C1 3.33i+) 4.71E+0: 5.;ci+32 1 64E+C2 0.00i+00 1.64E+0* 0.J0!+00 0
a
I m V I i INDIVIOUAL DOSE : ACTOR 5 C0t 3A3i)US iFFLJiNT3 -- FOR ISCTCPE : Ci144 O FCR 7ATH4AY: P '. U M i l l T. iOCY 5 : - T .R A C T 3;Nb L Vik K!ONiY TMYROIO LUNG $ KIN AcutT: 0.00i+CO 0.;0:+JO C.00E*00 0.J0i+00 0.00E+00 0.00!+00 0.00E+00 0.00!+00 T;iN: C.00!+00 0.wdi+0C C.00t+Ce 0.00i+0C 0.00E+00 0.00i+00 0.00E+00 0.00i+00 Cn*LO: 0.00E+C5 3.)Ci+0C 0.00i+v0 0.0Cs+00 0.COE+00 0.00i+00 0.00E+00 0 00i+00 () INFANT: 0.0Ji+00 0.00 +30 0.00i+00 0.00i+00 0.00E+C0 0.00i+00 0.00!+00 0.004+00 FCR 7AthWAY: GROUND T. 300Y GI-TRACT dONI LIYiR KIONEY THYRCIO LUNG SKIN l A0JLT: 2.12i+0e 2.1;i+0e 2.105+C6 2.12 +36 2 12E+C6 2.12i+06 2.12E+06 2. 4 5 t + 0 6 i TeiN: 2.13 : + 0 6 4.12~+06 1.12E+0e 2 12i+06 2.12E+C6 2.122+06 2.12E+06 2.45E+06
- Cn!LO: 2.14t+06 2.12i+06 2.12i+0s 2.12i+06 I.12E+06 2.12i+06 2.12E+0e 2.45t+06
(() IN F A..T : 2.12i+C6 1.12i+06 2.12f+06 2.12i+36 2.12E+06 2.12i+06 2.12E+06 2.455+06 l l FCR PATndAY: ViGiTattE I T. 500Y JI-TRACT t0NI LIVit KIONEY THYRCIO LUNG SKIN . AOULT: 4.e3E+04 2.111+03 5.622 05 3.60i+05 2.14E+05 0.00E+00 0.00E+00 0.00i+00 I () TiiN 7.73E+C4 1.62i+08 1.44s+C6 3.15E+05 3 56E+05 0.00i+00 0.00E+00 0.00i+00 ) j Cn:LO: 1.675+05 2.d75+J8 3.51E+C6 1.10i+06 6.10E+0) 0.00i+00 0.00E+00 0.00E+00 INFANT: 0.00E+00 0.]Ci+00 0.00i+00 0.00!+00 0.00i+00 0.00i+00 0.00E+00 0.00i+00 f FCR PATHWAY: NEAT T. 3 :C Y 5!-TRACT $~Ni LIVER K*0NEY TnYACIO LUNG SAIN l' () ACULT: TEIN: 1.61E+03 3.10!+06 2.63E+04 1.10i+04 6.33E+03 0.002+00 0.00E+00 0.00f+0C 1.1)i+03 3.3Si+06 2.225+04 9.14 E + 0 3 5 4 3 E + C 3 0.00!+0C 0.00E+00 0.00i+CC l l Ch*L;: 2.23E+03 3.42i+36 4.13t+04 1.315+04 7.26!+03 0.00!+00 0.00E+00 0.00i+00 ' INFANT: 0.03E+00 0.00i+JC 0.00E+0] 0.0C5+0C 0.00F+00 0.00!+00 0.00E*00 0.00i+00 l FCR 7AinWAY: con FILK l C) T- 2 ;Y 3A-TRA:T SJNI liv!R K:0NEf THYa:ID LUNG IK!N ACULT: 3.675+02 2.181+06 6.4ti+03 2.702+03 1 60!+C3 0.00?+00 0 00E+00 0.00i+00 TiiN: 5.39E+02 2.195+06 1.19c+0, 4.34E+03 2.94E+03 0. 0 0 !+ 0 0 0.0 0 E +00 0.0 0i+ 0 0 CnILO: 1.565+03 2.40i+06 2.93E+04 7.191+03 5.01E+03 0.00i+00 0.00E+00 0.00t+00 l INFANT: 2.352-03 2.41d+06 4.20E+0* 1.72i+0* 6.93E+03 0.00i+00 0.00E+00 0.00i+00 i FCR 7AThnAY: GOA T MILK lO l T. SOCY 3I-TRACT 20:i5 LIviR KICNEY TMYR0:0 LUN3 SKIN l AOULT: 4.13f+01 2.62i+05 7.T3i+C2 3.24f+02 1.525+C2 0.00E+00 0.00E+00 0 00i+00 l TiiN: 7.67:+01 3.Sii+05 1.43f+03 3.10i+02 3.53E+C2 0.005?00 0.00E+00 0.00i+00 Cn*LS: 1.isi+02 2.dii+05 3.52i+03 1.10i+03 6.11 E + C 2 0. 0 0 i+ 00 0. 0 0 E + C D 0.00i+00 INFANT: 2.52E+02 s.sii+35 s.DCc+03 1.065+03 S.34E+0; C. 30 f + 00 0.00E +0 0 0. 00i+ 00 () FCR 7Aih4AY: INMALATION T. cC0Y SI-TRACT 3DNi L:ViR KIONEY TMYROIO LUNG SK;h A0VLT: 5.e35+C3 2.sii+J6 1 0iE+05 4.34E+04 2.69E+C4 0.00E*00 2.465+05 0.00E+00 l TiiN: 6 325 03 2.T 2+04 1.5):+05 a.424+04 3 83E+C4 0.00i+00 4.24E+05 0.00i+0C Co*LO: 1.13E+06 1 42:+04 2.13i+03 6.71d+36 3.72E+C4 0.30!+00 3.7JE+05 0.00i+00 INFANT: 5.iii+03 4 7 i+J3 1.015+0i 3.s4!+04 1.70E+C4 0.00i+00 3 12i+03 0.00:+00 0 e O I
I r IN0Idi]LAL 025: FA*.T2Rs 4C4 JAS:LLS ;?FL'J:NT5 -- FOR !iOTC#E : I131 b
- FCA FAinWAY
- o_t Mi T. i J07 1*-TU~T 4 ]NI L*VIA K JNAY TmVR3IO LUN3 3K*N a0 ULT: C.00i+0J :..>*+Jc .0C:+J: 3.JCi+00 0.00!+C0 0.)Di+00 C.00E+00 0.00d+0C Ti2N: 0.0)i+00 0.;ci+00 c.0v:+0; 0.00*+;C C.00;+0; 0 00i'30 0.032+00 0 002+0C
- Cn!Ls
- 0.0Ji+0J 0. 0!+00 C.00i+4] 3 . 0 0 ; + 'J O 0.00i+C0 0.00i+00 0.00i+00 0.00i+00
[a ;NrAni: C.0);+CJ 3.)Ci+JC 0.00i+00 2.000+:0 0.03h+00 0.JCi+30 0.00E+00 0.00E+00 I" La FAidWAY! SkOVN3 T. : 0;Y JI-TRA;T ;;N! L:ViR K!ONEY THYRCIL LJN3 3 KIN ALLLT: ;.43:+C3 2.;2:+05 2.63i+05 2.425+05 2.6?i+05 2.53s+05 2.631*05 3.19e+35 Thin: 2.5 E+C5 ;.62;+J5 4 13:+05 2.632+)5 2.63E+Cf 2.63f+35 2.63E+05 3.19:+05 CnILO: 2.si:+Ci ..s;i+35 2 53t+Qi 2.43i+05 2.43*+C5 2.tii+35 2.63E+05 3.191+05 l() 1AFAaT: . 431+0s J.=;2+35 J.sji+05 1.iii+35 ;.635+05 2.s3E+05 2.63E+05 3.192+05 l FOR FAihsAY: Vi3fTA5wL T. ::;Y 3*-14ACY !;N: LIViR A*0N!Y THYROIO LUNG SKIN ACULT: 4.43:+05 J.>-I+03 5.41i+03 7.7=i+05 3.3J;+02 A.54f+33 0.00E+00 0.305+00 Tidh: 4.0;E+C5 1.4di+05 3.33:+0a 7. eft +35 1.275+06 2.18i+03 0.00i+00 0.00d+00 l() CHILO: 5.6si+0a 1.12i+0' 1.0:f+05 1.J3;+36 1.c6:+0s 3.391+08 0.03f+00 0.00i+00 l INFANT: 3.00:+C) 3.]O2+0C 0.0Ji+;] 3.;Ci+JC 0.C0i+0] 0.00i+00 C.00i+03 0.00i+00 l t i FCR FAThdAY: M*AT T. S OCY GI-it=0T 10Ni L:YiR K!CN!Y TnYRCIO LUNG SKIN AvuuT: e.7]i+04 +.015+04 1 0a!+Ca 1.52E+05 2 635+05 4.)Si+07 C.00E+03 0.00i+00 l() TEEN: 6.64:+04 2.4ei+:4 8.32E+0e 1 24i+35 2.13E+05 3 60!+07 0.00!+00 0.00 +00l l Ch!L5: 1. 3 3 ' ' ' ' l.451434 1.64:+03 1.43f+05 2.70!+05 5.44E+07 C.00E+0) 0.00E+30
- NF A.dT : 0.i' 3.3C!+30 C,032+00 3.:Ci+00 1.00!+CO C.00i+00 C.00E+CO 0.00E+30' 8CR DAThdAY: a l
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T. : ;Y SI-TRACT 23hi LIV;R E:0NEY THYRCIO LUNG JKIN AOULT: 2.31E+06 1.10i+06 2.925+06 4.175+06 7.15E+C6 1 373+09 C.00E+00 0.3Ci+00 TiEN: 3.3Ii+C6 1.47:+05 5.301+05 7.4;i+36 1 2d!+07 2.165+39 C.00!+00 0.00i+JO, CHIL": 7.3ei+C5 1.152+06 1.25t+07 1. ii+07 2.1 f+ 7 +.272+39 0.00E+03 0.0 0i+ 0 4 I INFANT: 1.193+07 1.13f+C6 2.63i+C7 3.16!+37 2. 5 9 5 + C / 1. 0 4 E + 10 0.00E+00 0.30i+00 FCK FATh4AY: CJAT MILK
- O T. 100f 3!-TRACT iCN! LIviR K:0NEY TmVRCID LUN5 > KIN )
ALJLi 2.ilt+06 1. if+0c 3.!]!+0a 5.31*+36 3.59E+06 1.64f+0V 0.03E+00 0.00i+)C i Tidw: 4.7:e+Ca 1.75 +36 6.36i+0i s.10I+Ji 1.335+07 c.305+09 C.03E+00 0.00 +0Ci CnILJ: s.ili-C5 1.3:i+36 1.5+i+07 1.55i+J7 2.55*+07 5.132+09 0.00!+00 0.00i+2C' l 1 INFANT: 1. t 7 8. + 0 7 1.1:i+]6 3.221+0/ 3.73i+S7 *.43E+C7 1.25!+10 C.0Ji+00 0.J0i+00 i (} 704 FAfdaAY: IN M A L A T
- 0.'.
7 ;0Cf 31-TRACT : Jai LIVER K!ONiY THYROIC LUNG SKIN i A;J6T: 6.496+02 1.181+02 7.931+;; 1.13f+03 1.94t+03 3.75E+05 0 00!+00 0.00i+00 l fciN: 3.:75+02 4.sti+3* 1.;2h+C3 1.): i+ 03 2.c60+03 4.s4E+05 0.00i+00 0.00c+00 OnILO: d.i.:+C2 i.;1i+J1 1.52i+03 1.>22+J3 2.30i+0J 5 15f+05 0.00!+00 0.J0i+JO INFANT: 6. 14+C2 3.iki+31 1.23C+03 1..li+03 1.44*+03 4.70i+35 0.00i+00 0.33E+0C .O l 1
g IN01YIQUAL 03Si FACTORS FOR JA5EOU5 iF8LUINT3 -- F?; 150TCPE : I133 O FOR 7&THWAY: *LJ*e T. iOGY 01-TRA0T 1;Ni LIV:R <!ONif T9Y2CIO LUNG SKIN ACJLf: C.CJi+C0 3.00i+00 0.00:+00 .20*+0C C.002+C0 0.00i+00 0.00E+00 0.00i+00 TECN: 0 01c+03 0.: Oi+0C 0.0Ji+00 0.;0:+ 0 0.00f+C0 4.00i+00 0.00E+00 0.00i+00 CH*LC: 0. 01i + C ) 0.v;2+)C 0.00i+C3 0.00i+00 0.001+00 0.00i+00 0.00!+00 0.00i+00
- C) INFA47: C.0:1+CJ 0.;02+00 0.00i+CJ u.00i+)0 0.00i+00 0.00i+00 0.00E+00 0.00i+00 rCE PAINJAY: G40Uh;
- 7. 200Y SI-TRACT 30Ni L*Vi? K!ONEY THY 2C*O LUN5 SKIN ACVL1: 3.751+04 J.731+04 4 73i+0= 3.75C+04 3.75E+04 3.75c+04 3 75E+04 4.565+04 TiiN: 3.75f+04 0 75 +04 3.72i+04 3.71:+04 3.73E+04 3.752+06 3.75E+0+ 4.56:+04
() CMILG: 3. 75 2 + C. 3.733+04 3.73i+C4 3.755+04 3 75E+06 3.75E+04 3.75E+04 4.565+04 INrANT: 3.72E+0* 3.75f+04 3.752+C4 3.7!!+04 3 75c+C4 3.75f+04 3.75E+04 4.566+04 ( FCd PAihaAY: VIG!TadLE T. 50CY 51-TRACT 50Ni LIYiR FIONEY THYROIO LUNJ SKIN ACULT: 7.076+03 2.06i+04 1.43f+0* 2.32i+04 4.05E+04 3 41E+ 06 0.00i+00 0.00i+00 () Te2N 6.415+03 1.5)i+04 1.24f+0+ 2.1Ci+04 3 69E+C4 2 93&+06 0.00E+00 0.00i+00 CNILO: 1.0si+04 1.13;+04 2.26h.D. 2.792+04 4 65E+0* 5.'19 E + 0 6 0.00E+00 0.00E+00 INFANT: 0.00i+C0 J.0CI+00 C.JOC+00 0.00i+00 0 00E+00 0.00i+00 0.00E+00 0.00d+00 FOR PATH 4AY: MI A f T. SODY 31-T4ACT 20N: LIVER K!0NEY THYROID LUNG SKIN () ACULT: 2.011-03 5.332-03 3.792-03 5.60E-03 1.15E-02 9.705-01 0.00E+00 0.0Ci+00 TEEN: 1.645-C3 4.072-03 3.17c-03 5.333-03 9.44E-03 7.525-01 0.00E+00 0.00E+00 CHILO: 2.735-03 2.942-03 !.90E-03 7.1.95-03 1.225-C2 1.35f+0C C.00E+00 0.00i+00 IhFANT: 0.C0i+00 0.00i+00 0.00i+00 3.0CE+00 0.00E+00 0.00i+00 0.00E+00 0.00i+0C FOR Path 4AY: C C'4 NILK () T. 3;CY GI-T1ACT BONi LIVfR KIONiY TMYROID L 'J N 3 SKIN ACULT: 2.C74+04 6.12i+04 3.91:+0* 6.315+06 1.19E+C5 1.00E+07 0.00!+00 0.0Ci+00 TinN: 3.70E+04 9.171+04 7.lif+04 1.21E+05 2.13E+C5 1.693+07 0.00E+00 0.00E+00 CMILO: 4.14E+04 6.652+04 1.74E+0i 2.151+J5 3.58E+C5 3.99E+07 0.00E+00 0.00E+00 INFANT: 1.35s+05 9.031+04 3.67i+05 5.34s+05 6.23E+C5 9.71!+07 0.00E+00 0.00i+00 FCR PATH 44Y: GOA T MILK T. 10CY 01-74ACT 9:Ni LIVER KIONEY THYRO 10 LUNG 3 KIN l AOULT: 2.415+04 7.34f+C4 4.692+04 3.*71+04 1.429+C5 1.202+07 0.00E+00 0.00i+00 l TliN: 4.445+04 1.ici+05 S.575+v4 1.4!!+C3 L.55E+C5 2.03f+07 0.00E+00 0.0CI+00
*nILO. 9.75i+0* 1.3*i+05 ".Co!+0) .5fi+05 4.29E+05 4.79E+07 0.00E+00 0.00i+00 INFANT: 1.d3f+05 1.03!+05 4.60i+0i 5.615+0S 7.53E+C2 1.16s+06 0.00E+00 0.00i+00
{} FCR PAihdAY: INsaLATICN T. $0CY SI-TRACT !Ohi LIV!R KIONEY T9YROIO LUNG SKIN ACULT: 1.432+C2 2.411+32 2.74E+C: +.61i+02 5.19E+C2 6.32E+C4 0.00E+00 0.00i+00 , TiiN: 1.97t+02 3.275+02 3.d5E+02 $.441+02 1.14E*C3 9.265+04 0.00E+00 0.00i+00 CHILC: 2.6 i+C2 1.Tei+92 s.45;+02 t. 42+02 1.C7E+03 1.22i+05 0.00s+00 0.00t+00 i INFANT: 1.7?t+02 6.332+01 4.00!+02 6.0ti+0 7.10E+C2 1.13E+05 0.00E+00 0.00!+00
- e 0
6 2 0 TABLE 2-3 .o ASSUMPTIONS USED IN LIMERICK GASEOUS EFFLUENT DOSE EVALUATION O Index Description Value 1 Fraction of produce from local garden 0.76 2 Fraction of leafy veg from local garden 1.00 3 Soil density in plow layer (kg/m**2) 240.0 0 4 Fraction of deposited particulates retained on vegetation 0.20 5 Fraction of deposited iodines retained on vegetation 1.0 6 Shielding factor of residential structures 0.7 7 Period of buildup of activity in soil (hr) 175200.0 0 8 Period of )asture grass exposure to activity (ir) 720.0 9 Period of crop exposure to activity (br) 1440.0 10 Transport time milkman (hr) 48.0 11 Delay time for ingestion of grass by animals (hr) 0 ,0 O 12 Delay time for ingestion of stored feed by animals (hr) 2160.0 13 Delay time for ingestion of leaf veg by man (hr) 24.0 14 Delay time for ingestion of other veg by man (hr) 1440.0 0 15 Time between slaughter and consumption of meat animal (br) 480.0 16 Grass yield, wet wt (kg/m**2) 0.7 17 Other vegetation yield, wet wt (kg/m**2) 2.0 18 Weathering rate constant for activity on vegetation (1./hr) 0.0021 0 19 Milk cow feed consumption rate (kg/ day wet) 50.0 20 Beef cattle feed consumptio.' rate (kg/ day wet) 50.0 21 Goat feed consumption rate (kg/ day wet) 6.0 22 Plume exposure adult (hr/yr) 8760.0 23 Plume exposure teen 8760.0 24 Plume exposure child(hr/yr) (hr/yr) 8760.0 0 25 Plume exposure infant (hr/yr) 8760.0 26 Ground exposure adult (hr/yr) 8760.0 27 Ground exposure teen (hr/yr) 3760.0 28 Ground exposure child (hr/yr) 8760.0 29 Ground expsoure infant (hr/yr) 8760.0 0 0
i l9 l TABLE 2-3 (cont.) l l Index Description Value l ___ f 30 inhalation rate adult (m**3/yr) 8000.0 ! 31 inhalation rate teen (m**3/yr) 8000.0 iO 3R 3700.0 l 33 Inhalation rate infant Inhalation rate child (m**3/yr)) (m**3/yr 1400.0 34 Leafy veg consumption rate adult (kg/yr) 64.0 35 Leafy veg consumption rate teen (kg/yr) 42.0 ( l 36 Leafy veg consumption rate child (kg/yr) 26.0 L y 37 38 Leafy veg consumption rate infant (kg/yr) Non-leafy veg consumption rate adult (kg/yr) 0.0 520.0 , 39 630.0 l
- 40 Non-leafy vegconsumption Non-leafy veg consumpticnratGratechild teen(kg/yr (kg/yr)) 520.0 l
41 Non-leafy veg consumption rate infant (kg/yr) 0.0 l 42 Root veg consumption rate adult (kg/yr) 0.0 !O 43 Root veg consumption rate teen (kg/yr) 0.0 44 Root veg consumption rate child (kg/yr) 0.0 45 Root veg consumption rate infant (kg/yr) 0.0 46 Cow milk consumption rate adult (1/yr) 310.0 47 400.0 48 Cow milk milk consumption consumptionrateratechild teen(1/yr (1/yr)) 330.0 .0 49 Cow milk consumption rate infant (1/yr) 330.0 50 Goat milk consumption rate adult (1/yr) 310.0 51 Goat milk consumption rate teen (1/yr) 400.0 52 Goat milk consumption rate chid (1/yr) 330.0 53 Goat miit consumption rate infant (1/yr) 330.0 54 Heat consumption rate adult (kg/yr) IF 0
- O 55 Heat censumption rate teen (kg/yr) 65.0 56 Heat consumption rate child (kg/yr) 41.0 57 Heat consumption rate infant (kg/yr) 0.0 58 Fraction of year animals on pasture 0.75 59 Fraction of feed from pasture when on pasture 0.88 O 60 Fraction of year leafy veg grown 0.42 61 Atmosphere hydrogen concentration (gm/m**3) 8.0 l
O l O ! O _. .. z
O l l-l TABLE 2-4 NEAREST GASCOUS EFFLUENT DOSE RECEPT 0R DISTANCES (METERS) O Plume Cround lO Inhalation Vegetation. Hee.t Cow Goat Direction Pathways Pathway Pathway Pathway Pathway N COS 2414 3414 7562 0 NNG 805 1609 1585 0 0 !O NE 965 3218 1C97 4183 0 l ENE 965 2414 3871 0 0 E 965 1770 1890 6758 0 ESE 965 805 4511 1770 1770 SE' 1609 3862 7241 7241 0 SSE 1609 1609 7224 0 0 ,O S 1287 1931 3018 3701 5554 l 5SW 1609 1931 1433 2895 0 l SW 965 1207 2835 4827 0 l WSW 1287 1287 2134 2255 0 i V 965 2574 4084 0 0 l Wi1W 1126 1440 0 0 0 1O NW 1126 2574 6660 0 0
- NNW 1448 1931 6323 0 0 l
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- 4-- (2) (2) EOU . Oh! A M EXHAUST TURBINE ENCLOSURE MECHANICAL VAC. PUMP EQUIP. COMPARTMENT EXHAUST (2) (2) 4 k \\
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- PHILADELPHIA ELECTRIC COMPANY CONTROL AREA EXHAUST -> LIMERICK GENERATING STATION
\\ 5-) UNITS I & 2 (2) (2)
GASEOUS EFFLUENTS FLOW OIAGRAM - NORTH STACK j EXHAUST FAN FILLER k\\\
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S D G 4 APPENDIX A 4 e 3 3 O O f
i (- h TABLE A-1 TECHNICAL SPECIFICATION /0DCM MATRIX 3 Technical Surveillance ODCM q Specification Requirement Equation V - l 3.3.7.11 ---- 1-1 1-2 1-3 l 1-4 O l 3.3.7.12 ---- 2-1 (or 2-9) 2-2 (or 2-9)
- 2-4 (or 2-10) 2-5 (or 2-10) p 3.11.1.1 4.11.1.1.2 1-1 l
1-2 1 1-3 ! 1-4 ) 3.11.1.2 4.11.1.2 1-5 O 1-6 1-7 3.11.1.3 4.11.1.3.1 1-8 4 1-9 l 3.11.2.la 1.11.2.1.1 g 2-14 21.5 3.11.2.lb 4.11.2.1.2 2-18 2-19 2-20 0 3.11.2.2 4.11.2.2 2-16 2-17 3.11.2.3 4.11.2.3 2-18 2-19 2-20 g 3.11.2.4 4.11.2.4.1 2-25 O O
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TABLE A-1 (cont.) , O Technical Surveillance ODCM Specification Requirement Equation
- O 3.11.4 4.11.4.1 1-5 1-6 1-7 2-16 2-17
- O 2-18 2-19 2-20 3.11.4 4.11.4.2 3-1
- O 3.12.1 4.12.1.1 Section 4 App. B 6.9.1.8 1-5 1-6
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D D D D a APPENDIX B B RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM - SAMPLE TYPE, LOCATION, AND ANALYSIS D D D D b
~ ' ~
. O O O O O O O O O O O' 1 TABLE B-1 00CM - LIMERICK GENERATING STATION RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM , Pathway Station Code Location Collection Method Analyses I. Direct 36S1 0.6 miles N of site I set of four (4) TLDs Gamma dose 2E1 5.1 miles NNE of site from each location at quarterly 351 0.6 miles NNE of site least quarterly 4El 4.6 miles NNE of site SSI 0.4 miles NE of site i SHI C 25.8 miles NE of site i 6CI 2.1 miles ENE of site 751 0.5 miles ENE of site 7El 4.2 miles ENE of site 9Cl 2.2 miles E of site 10S3 0.5 miles E of site 10El 3.9 miles E of site 10F3 5.5 miles ESE of site 11S1 0.5 miles ESE of site 13C1 2.9 rJ1es SE of site 13E1 4.3 miles SE of site 14SI 0.6 miles SE of site 1501 3.2 miles SE of site 1652 0.6 niles SSE of site i 17B1 1.6 miles S of site
- 18S1 0.3 miles S of site 1901 3.6 miles S of site 2001 3.1 miles SSW of site 20F1 5.2 miles SSW of site 21S1 0.5 miles SSW of site 23S2 0.5 miles WSW of site C - Control Stations i
O O O O O O O O O O O TABLE B-1 00CM - LIMERICK GENERATING STATION RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM Pathway Station Code Location Collection Method Analyses I. Direct 24D1 3.9 miles SW of site Collected quarterly Gamma dose (cont.) 25S1 0.5 miles SW of site quarterly 250! 4.0 miles WSW of site 26S3 0.4 miles W of site 28D2 3.8 miles W of site 29S1 0.5 miles WNW of site 29El 4.9 miles WNW of site 3101 3.0 miles NW of site 3102 3.9 miles NW of site 32S1 0.6 miles NW of site 34S2 0.6 miles NNW of site 34E1 4,6 miles NNW of site 35F1 4.2 miles N of site II. Airborne Particulates 1053 0.5 miles E of site tpproximately I cfm Gross beta analysis 1151 0.5 miles ESE of site continuous flow through on each weekly 1451 0.6 miles SE of site glass fiber filter which sample. Gamma spec-13Cl 2.9 miles SE af sit'. is collected weekly at trometry shall br done 13il4 C 28.8 mile; SE of site fili.?r cSangc, when gross beta exceeds ten times the yearly mean of control station value. Gross beta analysis done >24 hr after sampling to allow for Radon and Theron daughter decay. Gamma isotopic analysis on monthly composite
~
O O O O O O O O O O O TABLE B-1 ODCM - LIMERICK GENERATING STATION RADIOLOGICAL ENVIRONMENTAt MONITORING PROGRAM Pathway Station Code location Collection Method Analyses II. Airborne (cont.) Iodine 10S3 0.5 miles E of site A TEDA impregnated Iodine 131 analysis 1151 0.5 miles ESE of site flow-through cartridge performed on each 14S1 0.6 miles SE of site is connected to air weekly sample. 13Cl 2.9 miles SE of site sampler and is collected 1 3114 C 28.8 miles SE of site weekly at filter change. III. Water Surface 24S1 C 0.3 miles SSW of site Sample collected from a Gamma isotopic 1682 1.1 miles SSE of site continuous water sampler, analysis monthly; monthly. In event sampler H-3 on quarterly is inoperable, weekly grab composite. samples will be collected until sampler returned to service. Sediment 16C4 Vincent Dam, Down- A sediment sample is take:. Gamma isotopic stream of discharge semi-annually. agaiysis; semi-annually. IV. Incestion Milk 22F1 C 9.8 miles SW of site Sample of fresh milk is Gamma isotopic and 1702 2.5 miles S of site collected from each faru I-131 analyses on 1081 1.1 miles ESE of site biweekly when cows are on cach sample on 2581 1.3 miles WSW of ~ site pasture, monthly at other collection times Drinking 15F7 5.2 miles SSE of site Sample collected from a Gross beta and 28F3 C 5.9 miles WNW of site continuous water sampler gamma isotopic 15F4 7.8 miles SE of site monthly. In event sampler monthly; H-3 on 16C2 2.4 miles SSE of site is inoperable, weekly grab quarterly composite samples will be collected 4 until sampler returned to service. _ _ _ _ . _ - _ . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ . w
- /
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.O , 1O FIGURE 31 ENVIRONMENTAL SAMPLi?iG LOCATIONS ON SITE OR NEAR THE
- Q LIMERICK GENERATING STATION ENGR 46A HP (WlG "WA#
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