【2h】

Youth is wasted on the young

机译:年轻人浪费在年轻人身上

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摘要

Amphibians and zebrafish are able to regenerate lost myocardial tissue without loss of cardiac function; whereas mammals, in response to myocardial injury, develop scar and lose cardiac function. This dichotomy of response has been thought to be due to the fact that adult mammalian cardiac myocytes are multinucleated and have limited proliferative capacity. Neonatal mammalian cardiac myocytes do have a limited capacity to proliferate. What has been unknown is whether this limited proliferative capacity is associated with the ability to regenerate myocardial tissue soon after birth. Recently, it has been demonstrated that 1-day-old neonatal mice do have the ability to regenerate resected cardiac tissue, and that the capacity to regenerate cardiac tissue is lost by 7 days after birth. The present commentary reviews these results and attempts to offer perspective as to how these important findings relate to current and future strategies to prevent and treat cardiac dysfunction in clinical populations.
机译:两栖动物和斑马鱼能够再生丢失的心肌组织而不会丧失心功能;而哺乳动物对心肌损伤作出反应后会形成疤痕并丧失心脏功能。人们认为这种反应的二分法是由于成年哺乳动物心脏心肌细胞是多核的,并且其增殖能力有限。新生儿哺乳动物的心肌细胞确实具有有限的增殖能力。尚不清楚的是,这种有限的增殖能力是否与出生后不久的心肌组织再生能力有关。最近,已经证明1日龄的新生小鼠确实具有再生切除的心脏组织的能力,并且再生的心脏组织的能力在出生后7天就丧失了。本评论回顾了这些结果,并试图就这些重要发现与当前和未来预防和治疗临床人群心脏功能障碍的策略之间的关系提供观点。

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