Ardeleanu A, Sterescu N
Physiologie. 1976 Jul-Sep;13(3):201-6.
Experiments carried out on Wistar rats of either sex: controls; early trained to cold (day 1--30) and handled newborn rats, killed on day 105 show that cold exposure during neonatal period induces long-lasting changes, which persist during the adult life. The most important changes concern CNS metabolism (modifications of 32P-incorporation into cerebral phospholipids, phosphoproteins and nucleic acids) and thyroid function. The authors discuss the mechanisms of these changes and their biological significance.
对不同性别的Wistar大鼠进行的实验：对照组；早期接受冷暴露训练（第1天至30天）并处理新生大鼠，在第105天处死，结果表明新生儿期的冷暴露会引起长期变化，这些变化在成年期持续存在。最重要的变化涉及中枢神经系统代谢（32P掺入脑磷脂、磷蛋白和核酸的改变）和甲状腺功能。作者讨论了这些变化的机制及其生物学意义。
