33 this one over here, and a sigma of 6 to that one over there. MR. COHN: I even go further. variations within each group are great. Some show 4 practically none, and some show 3,000 count per 24 hours. 5 Most of this activity is due to adjusting. 6 borne out in the animal data in which we find the highest q amount of activity. 8 activity in the lungs. 9 likely that due to the large size of the particle, 10 This is especially GI system and liver and very little As pinpointed out, it is not too 6 to 200 microns, that a great deal of inhalation would have occurred. = a 11 67 12 different approaches have given results that are not too 2S 45 different, and the results are remarkably close, = oO “A 4S oe e2 mS Es 3a DR. MR. “4 ARC BUGHER: HARRIS: It is very cleathat these quite One other thing that I did not put 15 on the slip of paper is that so far in our findings in the 16 Japanes we have had some trouble with the strontium method 17 on those. 18 these lats times indicate that the Japanese were very 19 similar to the Rongelap natives in the amount of internal 20 exposure, 21 native number for exposure to numbers of fish. 22 23 25 rot of Enetg But the activities found in beta activity at and a similar number might be postulated as the DR. BUGHER: As I recall, you put a lot of emphasis on the plutonium excretion measurements, did you 24 * . Paar" The individual not, using that as one of the approaches to the body burden | story from the excretion rate of plutonium in the urine? tocvrica’s offices 7 ad yo Hani Steg ot eiiie SQ co JS¢