GallettiP. M., and BrecherG. A.: Heart-Lung Bypass, Grune and Stratton, New York, 1962.
2.
DeBakeyM.: A continuous-flow blood transfusion instrument, New Orleans Med Surg J, 1934-1935, 87, 386–389.
3.
Van AllenC. M.: A pump for clinical and laboratory purposes which employs the milking principle, JAMA, 1932, 98, 1805–1806.
4.
BaylissL. E., and MüllerE. A.: A simple, high-speed rotary pump, J Sci Instrum, 1928, 5, 278–279.
5.
PottsW. J., SmithS., and GibsonS.: Anastomosis of the aorta to a pulmonary artery, JAMA, 1946, 132, 627–631.
6.
StewartG. N.: A clamp for isolating a portion of the lumen of a blood vessel without stopping the circulation through the vessel, JAMA, 1910, 55, 647–649.
7.
GuthrieC. C.: Blood Vessel Surgery and Its Application, Arnold, London, 1912, p. 68.
8.
JegerE.: Die Chirurgie der Blutgefasse und des Herzens, Hirschwald, Berlin, 1913, p. 69.
9.
CarrelA.: The preservation of tissues and its applications in surgery, JAMA, 1912, 59, 523–527.
10.
GuthrieC. C.: End-results of arterial restitution with devitalized tis- sue, JAMA, 1919, 73, 186–187.
11.
RousP., and TurnerJ. P.: The preservation of living red blood cells in vitro. I. Methods of preservation, J Exp Med, 1916, 23, 219–237.
12.
ShackellL. F.: An improved method of desiccation, with some ap- plications to biological problems, Am J Physiol, 1909, 24, 325–340.
13.
ElserW. J., ThomasR. A., and SteffenG. I.: The desiccation of sera and other biological products (including microorganisms) in the frozen state with the preservation of the original qualities of prod- ucts so treated, J Immunol, 1935, 28, 433–473.
14.
FlosdorfE. W., StokesF. J., and MuddS.: The desivac process for drying from the frozen state, JAMA, 1940, 115, 1095–1097.
15.
FlosdorfE. W.: Drying penicillin by sublimation in the United States and Canada, Br Med J, 1945, 1, 216–218.
16.
GasserH. S., and ErlangerJ.: A study of the action currents of nerve with the cathode ray oscilloscope, Am J Physiology, 1922, 59, 496–524.
17.
ErlangerJ.: A physiologist reminisces, Annu Rev Physiol, 1961, 26, 1–14.
ÖlanderA.: Presentation speech (Nobel Prize in Chemistry, 1959, to J. Heyrovský), in Nobel Lectures, Chemistry, 1942-1962, Elsevier, Amsterdam, 1964, pp. 561–563.
20.
DaviesP. W., and BrinkF.: Microelectrodes for measuring local oxygen tension in animal tissues, Rev Sci Instrum, 1942, 13, 524–533.
21.
BrinkF.Jr.: Comment (pp. 175-177), in BrownL. M., and Comroe J. H. Jr.: Blood pO2 derived from measurements of O2 physi- cally dissolved in blood, Methods Med Res, 1950, 2, 169–178.
22.
ClarkC., WolfR., GrangerD., and TaylorZ.: Continuous record- ing of blood oxygen tensions by polarography, J Appl Physiol, 1953, 6, 189–193.
23.
ZechmeisterL.: History, scope and methods of chromatography, Ann NY Acad Sci, 1948, 49, 145–160.
24.
AhlquistR. P.: A study of the adrenotropic receptors, Am Phys- iol, 1948, 153, 586–600.
25.
SchofieldF. W.: A brief account of a disease in cattle simulating hemorrhagic septicemia due to feeding sweet clover, Can Vet Rec, 1922, 3, 74–78.
26.
RoderickL. M.: The pathology of sweet clover disease in cattle, J Am Vet Med Assoc, 1929, 74, 314–325.
27.
CampbellH. A., and LinkK. P.: Studies on the hemorrhagic sweet clover disease. IV. The isolation and crystallization of the hem- orrhagic agent, J Biol Chem, 1941, 138, 21–33.
28.
BernheimF.: The effect of salicylate on the oxygen uptake of the tubercle bacillus, Science, 1940, 92, 204.
29.
QuastelJ. H., and WheatleyA. H. M.: XVI. Biological oxidations in the succinic acid series, Biochem J, 1931, 25, 1171–28.
30.
WoodsD. D.: The relation of p-aminobenzoic acid to the mech- anism of the action of sulphanilamide, Br J Exp Pathol, 1940, 21, 74–90.
31.
LehmannJ.: Determination of pathogenicity of tubercle bacilli by their intermediate metabolism, Lancet, 1946, 1, 14–15.
32.
ComroeJ. H.Jr.: Retrospectroscope. Whodunit (and Why), Part I, Am Rev Respir Dis, 1976, 113, 879.