黑龙江农业科学
黑龍江農業科學
흑룡강농업과학
HEILONGJINAG AGRICULTURAL SCIENCE
2011年
12期
25-27
,共3页
褚佳辰%刘棪%周峰%华春%王仁雷%张边江%贲爱玲
褚佳辰%劉棪%週峰%華春%王仁雷%張邊江%賁愛玲
저가신%류염%주봉%화춘%왕인뢰%장변강%분애령
叶绿体%运输蛋白%分子伴侣
葉綠體%運輸蛋白%分子伴侶
협록체%운수단백%분자반려
chloroplast%transport protein%chaperones
叶绿体的空间结构有6个区隔:外膜、膜间隙、内膜、基质、类囊体膜和类囊体腔。重点介绍了运输蛋白的跨外膜转运和跨内膜转运的运输机制,分别在叶绿体外膜易位子TOC和内膜易位子TIC的协助下实现跨膜转运。同时,介绍了分子伴侣的作用,它可提供前体蛋白运输的动力。
葉綠體的空間結構有6箇區隔:外膜、膜間隙、內膜、基質、類囊體膜和類囊體腔。重點介紹瞭運輸蛋白的跨外膜轉運和跨內膜轉運的運輸機製,分彆在葉綠體外膜易位子TOC和內膜易位子TIC的協助下實現跨膜轉運。同時,介紹瞭分子伴侶的作用,它可提供前體蛋白運輸的動力。
협록체적공간결구유6개구격:외막、막간극、내막、기질、류낭체막화류낭체강。중점개소료운수단백적과외막전운화과내막전운적운수궤제,분별재협록체외막역위자TOC화내막역위자TIC적협조하실현과막전운。동시,개소료분자반려적작용,타가제공전체단백운수적동력。
The spatial structure of chloroplast was consisted of 6 regions:outer membrane,intermembrane space,inner membrane,matrix,thylakoid membrane and thylakoid lumen.The transportation mechanism of chloroplast protein across outer membrane and inner membrane were emphasized.The chloroplast transfer protein was transported across membrane with the assistance of translocation complex TOC and TIC.The role of chaperones in chloroplast protein import was also discussed.It could provide motive for preprotein transportation of chloroplast.