Valzelli L, Bernasconi S, Sala A
Int Pharmacopsychiatry. 1980;15(3):150-6. doi: 10.1159/000468431.
Piracetam has bee administered to young and old mice to investigate whether the age may differently modulate the activity of this centrally acting drug. After piracetam administration, old mice showed a notably greater increase of their brain tryptophan than young animals. Furthermore, piracetam significantly improves the learning capacity of young mice, but the drug is remarkably more active in improving the performance by old mice. These facts may then suggest that this compound is especially effective in restoring the neurobiological setting of the aging brain.
已给年轻和年老的小鼠服用吡拉西坦,以研究年龄是否会对这种中枢作用药物的活性产生不同调节。服用吡拉西坦后,年老小鼠大脑色氨酸的增加明显高于年轻动物。此外,吡拉西坦显著提高了年轻小鼠的学习能力,但该药物在改善年老小鼠的表现方面活性明显更高。这些事实可能表明,这种化合物在恢复衰老大脑的神经生物学状态方面特别有效。