Repin N V, Repina S V
Tsitologiia. 1990;32(11):1094-8.
Erythrocyte membranes of ground squirrels taken from hibernating, awakening and active animals with the body temperatures of 4, 30 and 36 degrees C, respectively, have been shown by freeze-fracture technique to differ in morphology of the PF surface, density and distribution patterns of intramembrane particles. The ultrastructural changes in membrane caused by temperature were confirmed by the data on alterations of dynamics parameters of the lipid bilayer and spectral characteristics of membrane proteins.
通过冷冻蚀刻技术显示，分别取自体温为4℃、30℃和36℃的冬眠、苏醒和活跃状态的地松鼠的红细胞膜，在PF表面形态、膜内颗粒的密度和分布模式上存在差异。脂质双层动力学参数和膜蛋白光谱特征的变化数据证实了温度引起的膜超微结构变化。
