AncillR. J.: The blood volume of the normal guinea-pig. J. Physiol.132 (1956), 469.
2.
AugustinssonK.-B.NachmansohnD.: Distinction between acetylcholine-esterase and other choline ester-splitting enzymes. Science110 (1949), 98.
3.
van BekkumD. W.: Disturbance of oxidative phosphorylation and the breakdown of adenosinetriphosphate in spleen tissue after irradiation. Biochim. biophys. Acta16 (1955), 437.
4.
BernsteinE. K.StearnerS. P.BruesA. M.: Liver function in the chick following X-irradiation. Plasma amino acids and plasma glucose. Amer. J. Physiol.186 (1956), 543.
5.
BloomM. A.: Bone marrow. In: Histopathology of Irradiation from External and Internal Sources, Chap. 6. Ed. by BloomW.. National Nuclear Series IV—22 I. McGraw-Hill, New York1948.
6.
BurnJ. H.KordikP.MoleR. H.: Effect of X-irradiation on the Cholinesterase in rat intestine. J. Physiol.116 (1952), 5.
7.
BurnJ. H.KordikP.MoleR. H.: — The effect of X-irradiation on the response of the intestine to acetylcholine and on its content of “pseudo”-cholinesterase. Brit. J. Pharmacol.7 (1952), 58.
8.
CasterW. O.ArmstrongW. D.: Electrolyte balances following total body X-irradiation. Proc. Soc. exp. Biol.90 (1955), 56.
9.
ConardR. A.: Cholinesterase activity, weight, water content and pathology of small intestine of rats subjected to X-irradiation. Amer. J. Physiol.170 (1952), 418.
10.
ConardR. A.: Some effects of ionizing radiation on the physiology of the gastrointestinal tract A review. Radiation Res.5 (1956), 167.
11.
DouglassC. D.DayP. L.: Effect of various doses of total body X-irradiation on total amount of deoxyribonuclease II in rat. Proc. Soc. exp. Biol.89 (1955), 616.
12.
DoullJ.CummingsO. K.: Enzymatic hydrolysis of acetylcholine and other esters by tissues from X-irradiated animals. Fed. Proc.13 (1954), 349.
13.
DunhamC. L.CronkiteE. P.Le RoyG. V.WarrenS.: Atomic bomb injury: Radiation. J. A. M. A.147 (1951), 50.
14.
EichelH. J.: Effect of X-irradiation on purine-metabolizing enzymes of rat liver and spleen. Proc. Soc. exp. Biol.88 (1955), 155.
15.
FeinsteinR. N.: Interpretation of some enzyme activity increases after whole-body X-irradiation. Radiation Res.4 (1956), 217.
16.
GuestG. M.SilerV. E.: A centrifuge method for the determination of the volume of cells in blood. J. Lab. clin. Med.19 (1934), 757.
17.
HannaC. H.MarshallL. H.: Effect of sampling on erythrocyte, dye and protein concentrations of venous blood of dogs. Amer. J. Physiol.185 (1955), 331.
18.
HayesT. L.HewittJ. E.: Serum lipoproteins as an indication of survival time in the X-irradiated rabbit. Amer. J. Physiol.181 (1955), 280.
19.
HeilbronnE.: An electrometric method for the determination of Cholinesterase activity. Scand. J. clin. Lab. Invest.5 (1953), 308.
20.
KatzE. J.HasterlikR. J.: Aminoaciduria following total-body irradiation in the human. J. Nat. Cancer Inst.15 (1955), 185.
21.
KwiatkowskiH.: Versuche über die Cholinesterase. Fermentforsch.15 (1938), 138.
22.
LundinS. J.ClemedsonC.-J.NelsonA.: The effects of X-irradiation on Cholinesterase activity in guinea-pigs. Résumés des Communications. 3me Congrès Internat. de Biochimie, Bruxelles 1955, 14—22.
23.
LüthyH.: Die Serumcholinesterase der Maus nach Röntgenganzbestrahlung. Radiol. Clin.22 (1953), 491.
24.
MilchL. J.StinsonJ.-M.AlbaumH. G.: Plasma lipoproteins and muscle adenosinetriphosphate in rabbits after local irradiation. Radiation Res.4 (1956), 321.
25.
MolluraJ. L.GoldfederA.: Alkaline phosphatase activity in various mouse tissues following total body X-irradiation. Amer. J. Physiol.186 (1956), 224.
26.
OrdM. G.StockenL. A.: Biochemical aspects of the radiation syndrome. Physiol. Rev.33 (1953), 356.
27.
PetersenD. F.DeroinJ.DuBoisK. P.: Effects of sublethal doses of X-rays on phosphatases of animal tissues. Fed. Proc.12 (1953), 356.
28.
ProsserC. L.: Whole body irradiation. Conference on Biological Applications of Nuclear Physics, July 12–27, 1948. U. S. Atomic Energy Commission BNL-C-4. Brookhaven National Laboratory 1950, p. 36.
29.
SabineJ. C.: Effects of total body X-irradiation and plutonium injection on the Cholinesterase of erythrocytes and brain. Amer. J. Physiol.187 (1956), 275.
30.
SabineJ. C.: Inactivation of Cholinesterase by gamma radiation. Amer. J. Physiol.187 (1956), 280.
31.
SpectorW. S. (Edit.): Handbook of Biological Data.W. B. Saunders, Philadelphia and London 1956, p. 471.
32.
TammelinL.-E.: An electrometric method for the determination of Cholinesterase activity. I. Apparatus and Cholinesterase in human blood. Scand. J. clin. Lab. Invest.5 (1953), 267.
33.
TammelinL.-E.LöwH.: Calibration of an electrometric method for the determination of Cholinesterase activity. Acta chem. scandinav.5 (1951), 322.
34.
TammelinL.-E.StrindbergB.: Cholinesterase activity determined with an electrometric method. Acta chem. scandinav.6 (1952), 1041.
35.
ThorellB.: Unpublished observations.
36.
ZajicekJ.DattaN.: Investigation on the acetylcholinesterase activity of erythrocytes, platelets and plasma in different animal species. Acta haemat.9 (1953), 115.