The tolerance of artemia cysts for cold and high vacuum

[1] [Anonymous], 1937, OUTLINE GEN PHYSL

[2] Bond R. M., 1932, Internationale Revue der Hydrobiologie Leipzig, V28, P117

[3] The feasibility of preserving neoplastic cells in the frozen state [J]. SCIENCE, 1938, 88 : 531 - 532

[4] KLINKE J, 1939, GROWTH, V3, P169

[5] Luyet BJ, 1938, P SOC EXP BIOL MED, V39, P433

[6] The survival of plant cells immersed in liquid air [J]. SCIENCE, 1938, 88 : 284 - 285

[7] LUYET BJ, 1938, ANAT REC S, V72, P91

[8] RAHM PG, 1923, Z ALLG PHYSL, V20, P1

[9] Taylor C.V., 1936, PHYSIOL ZOOL, V1, P15, DOI [DOI 10.1086/PHYSZOOL.9.1.30151270, 10.1086/physzool.9.1.30151270]

[1] [Anonymous], 1937, OUTLINE GEN PHYSL

[2] Bond R. M., 1932, Internationale Revue der Hydrobiologie Leipzig, V28, P117

[3] The feasibility of preserving neoplastic cells in the frozen state [J]. SCIENCE, 1938, 88 : 531 - 532

[4] KLINKE J, 1939, GROWTH, V3, P169

[5] Luyet BJ, 1938, P SOC EXP BIOL MED, V39, P433

[6] The survival of plant cells immersed in liquid air [J]. SCIENCE, 1938, 88 : 284 - 285

[7] LUYET BJ, 1938, ANAT REC S, V72, P91

[8] RAHM PG, 1923, Z ALLG PHYSL, V20, P1

[9] Taylor C.V., 1936, PHYSIOL ZOOL, V1, P15, DOI [DOI 10.1086/PHYSZOOL.9.1.30151270, 10.1086/physzool.9.1.30151270]