Imre S, Sári B, Török I, Dvorácsek E
Acta Physiol Acad Sci Hung. 1982;59(4):311-5.
Hypotonic haemolysis of newborn and adult human red blood cells (RBC) is more intensive at 4 than at 37 degrees C. Newborn RBC are more resistant to the decrease of temperature than adult RBC. Transition temperature of the RBC membrane can well be determined by illustrating osmotic haemolysis as a function of temperature. This parameter characterizes well the microviscosity of the membrane. The inclination point of Arrhenius curves representing transition temperature occurred always at 25 degrees C both in the case of adult and newborn RBC. The similarity of the transition temperature indicates the similarity of membrane microviscosity of newborn and adult human RBC.
新生儿和成人的人类红细胞（RBC）的低渗溶血在4℃时比在37℃时更强烈。新生儿红细胞比成人红细胞对温度降低更具抵抗力。通过将渗透溶血表示为温度的函数，可以很好地确定红细胞膜的转变温度。该参数很好地表征了膜的微粘度。代表转变温度的阿累尼乌斯曲线的拐点在成人和新生儿红细胞的情况下均始终出现在25℃。转变温度的相似性表明新生儿和成人人类红细胞的膜微粘度相似。
