Poletaeva I I, Shilova O B, Korochkin L I
Ontogenez. 1996 Jul-Aug;27(4):294-9.
We found that the administration of ACTH4-10 fragment to newborn mice of several strains (DBA/2, CBA, C57BL/6J, CBARb, and BLRb) for 5 days from the second day of life led to changes of several behavioral characteristics of adult animals. The effect of peptide administration on exploratory behavior of mice and on following the direction of stimulus movement are opposite to those induced by pain stimulation, i.e., administration of a solvent. The results are interpreted as a possible antistress effect of the peptide, which is realized during the period of neurodifferentiation. These data are discussed in terms of a possible effect of the used peptide on differentiation of the nervous system.
我们发现,从出生第二天起,对几种品系(DBA/2、CBA、C57BL/6J、CBARb和BLRb)的新生小鼠连续5天给予促肾上腺皮质激素4-10片段,会导致成年动物的几种行为特征发生变化。给予该肽对小鼠探索行为以及跟随刺激运动方向的影响与疼痛刺激(即给予溶剂)所诱导的影响相反。这些结果被解释为该肽可能具有的抗应激作用,这种作用在神经分化期间得以实现。根据所用肽对神经系统分化可能产生的影响对这些数据进行了讨论。