分子伴侣参与调控动、植物的发育和进化进程

近年来, 人们对分子伴侣的功能研究取得了很大进展, 阐明了它参与细胞新合成蛋白多肽的折叠、组装、运输和蛋白质的降解过程。在这些过程中, 伴随着分子伴侣表达量的高低变化, 细胞线粒体数量也会发生相应的变化。文章综述了分子伴侣参与调控动、植物的发育和进化进程, 如: 动、植物育性调控, 抗逆境能力提高及热休克蛋白-多肽复合物的肿瘤免疫治疗探索等。

Progress in molecular chaperones participating in regulations of plant and animal development and evolution

Progresses have been made on the functions of molecular chaperone in folding, assemble, and transportation of the proteins synthesized in novo and the degradation of proteins. The number of midochondria was changed in combination with the change of the expression of chaperone. Here, we would elucidate the progress in chaperone participating in regulations of plant and animal development and evolution. This review mainly focused on the regulation of plant and animal fertility, the improvement of stress resistance, and some progresses in tumor treatment of heat shock protein.