The intensive metabolism and fast exhaustion of an energy potential of nuclear blood cells at positive temperatures essentially reduce terms of their storage in a viable condition. However for the clinical purposes given thensfusion environment is the extremely necessary. The popular method of preservation of cells at ultralow temperature (-196 degrees C) is limited in application since assumes use of the liquid nitrogen, the special equipment, trained engineering personnel. The work is devoted to development effective and simple in execution of a method of preservation of leukocytes in conditions of temperatures about zero (+2 degrees--0 degrees C) with use of a household elecrorefrigerator and new cryopreservation a solution.
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