Metabolic Regulation of Cell Differentiation

E. Frayne
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Abstract

Growing research suggests that metabolism itself may play a role in inducing cellular differentiation. This concept stems from three different experimental approaches involving hypoxia, nutrient metabolites, and phosphate analogues, that appear to modulate cellular differentiation by influencing the available cellular energy needed for biosynthetic processes. Possible explanatory mechanisms that could lead to subsequent changes in gene expression include the availability of key metabolites needed for epigenetic changes to occur and/or kinases that can sense the cellular energy charge.
细胞分化的代谢调节
越来越多的研究表明,代谢本身可能在诱导细胞分化中起作用。这一概念源于三种不同的实验方法,包括缺氧、营养物代谢物和磷酸盐类似物,它们似乎通过影响生物合成过程所需的可用细胞能量来调节细胞分化。可能导致基因表达随后变化的解释机制包括表观遗传变化发生所需的关键代谢物的可用性和/或可以感知细胞能量电荷的激酶。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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