Naval Radiological Defense Laboratory. :. USNRDL-TR-118 RADIOTOXICITY RESULTING FROMEXPOSURE TO 1, Fallout - Metabolism 2. Intestine - Effects of sadiation "FALLOUT SIMULANT. Hl. THE METABOLISM OF AN i. Cohn, S.H. | INHALED AND INGESTED SIMULANT OF FALLOUT 1% Lane, W.B. “PRODUCED BY A LAND-BASED NUCLEAR DETONA- hr. Title TION, by S.H, Cohn, W.B. Lane, and others, 11 Jan, 1957. 24 p. tables, diagrs, UNCLASSIFIED. a Bpresent study was designed to reproduce in the TV. Title: Metabelism . VV. NM 006-015,.04 ‘Jan, 1937. 24 p. tables, diagrs, UNCLASSIFIED . The present study was designed to reproduce is. the p 2. Intestine - Effects of FALLQUT SIMULANT. I. THE METABOLISM OF AN INHALED AND INGESTED SIMULANT OF FALLOUT 1. | Colm, &.H. TION, by S.H. Cohn, W.B. Lane, and others. il jan, 1957, 24 p. tables, diagra, UNCLASSIFIED IV. Title: Metabolisin. .. PRODUCED BY A LAND -BASED NUCLEAR DETONA- IL Lane, W.B. Mi. Title De Bent I. TL. Cohn, S.H. Lane, W.B. ae (2 days old) such as might result from a land-based nuclear detonation, Biological dats were obtained on the uptake, distribu- PadMEETASOLIEMS OFAN [I ON, by S.H. Cohn, W.B. Lane, and others. 1, Fallout - Metabolism USNRDL-TR-118 RADIOTOXICiTY RESULTING FROM EXPOSURE TO The presentstudy wasdesignedtwreproduce in the laboratory an acute exposure of mice vo early fallout toryan acute exposure of mice to earty fallout LED AND INGESTED SIMULANT OF FALLOUT SUCED By A LAND-BASED NUCLEAR DETONA- Naval Radiological Defense Laboratory. Hi, S.H, Lane, W.B. MI. Title IV. Title: Metabolism . . . IV. NM 006- 015.04 am acute exposureof mice to earlyfallout FALLOUT SIMULANT. i. THE METABOLISMOF AN INHALED AND INGESTED SIMULANT OF FALLOUT _ PRODUCED BY A LAND-BASED NUCLEAR DETONA TION. by S.H. Cohn, W.B, Laue, and others. 11 Jan. 1957. 24p. tables, diagrs. UNCLASSIFIED The present study was designed to reproduce in the laboratory an acute exposure of mice to early fallout (2 days old) such as mightresult from a Mm. Title IV. Tithe: Metabolism .. J VV. NM- 006-015,04 land-based nuclear detonation, Biological UNCLASSIFIED * . ye Sittin. Moo She a aR PE slog ie pie eitees a EPC}, wie Bu) Pa th Bee a eee eT “s Rare vt oFatgepeeins eee data were obtained on the uptake, distribu- UNCLASSIFIED tion, and retention of the inhaled fallout cate RatecigAish neecu ae aphee soniaere 2 hh. inbe . wo “akstern ngs ek.