Yoshinori Ohsumi
图片来源：东京工业大学网站
http://news.sciencenet.cn/htmlnews/2016/10/357666.shtm
北京时间10月3日下午5点30分，2016年诺贝尔生理学或医学奖揭晓，日本科学家大隅良典（Yoshinori Ohsumi）获奖。获奖理由是“发现了细胞自噬机制。”
大隅良典，1945年2月9日出生于日本福冈。1974年从东京大学获得博士学位。1974年至1977年，他在美国洛克菲勒大学做博后，随后返回日本，就职于东京工业大学。
今年的诺贝尔奖获得者发现并阐明了细胞自噬的机制——这是细胞成分降解和循环利用的一个基本过程。
http://news.sciencenet.cn/htmlnews/2016/10/357666.shtm
2016年诺贝尔生理学或医学奖得主日本科学家大隅良典的科学论文，期刊影响因子10以上，H指数100以上的论文21篇分布如下：
02.Nakatogawa H 7 篇33.333% 07.Mizushima N 3 篇14.286% 14.Kondo-Kakuta C 2 篇9.524% 19.Cattoretti G 1 篇4.762% 24.Eskelinen EL 1 篇4.762% 44.Kobashigawa Y 1 篇4.762% 48.Kondo-Okamoto N 1 篇4.762% 02.national institute for basic biology 5 篇23.810% 04.日本科学与技术公司(jst) 3 篇14.286% 06.东京都临床医学综合研究所 1 篇4.762% 02.saccharomyces cerevisiae proteins 13 篇61.905% 03.saccharomyces cerevisiae 11 篇52.381% 04.microtubule-associated proteins 7 篇33.333% 07.models, molecular 4 篇19.048% 08.molecular sequence data 4 篇19.048% 10.vesicular transport proteins 4 篇19.048% 查看更多
01.saccharomyces cerevisiae proteins 13 篇61.905% 02.microtubule-associated proteins 7 篇33.333% 04.atg8 protein, s cerevisiae 4 篇19.048% 05.vesicular transport proteins 4 篇19.048% 07.recombinant fusion proteins 3 篇14.286% 08.atg1 protein, s cerevisiae 2 篇9.524% 09.atg11 protein, s cerevisiae 2 篇9.524% 10.atg3 protein, s cerevisiae 2 篇9.524% 11.atg7 protein, s cerevisiae 2 篇9.524% 12.carrier proteins 2 篇9.524% 13.green fluorescent proteins 2 篇9.524% 14.luminescent proteins 2 篇9.524% 15.membrane proteins 2 篇9.524% 16.phosphatidylinositol 3-kinases 2 篇9.524% 17.protein kinases 2 篇9.524% 18.receptors, cytoplasmic and nuclear 2 篇9.524% 19.ubiquitin-conjugating enzymes 2 篇9.524% 20.adaptor proteins, signal transducing 1 篇4.762% 21.adenosine triphosphate 1 篇4.762% 22.aminopeptidases 1 篇4.762% 23.apg8a protein, arabidopsis 1 篇4.762% 24.apg8i protein, arabidopsis 1 篇4.762% 25.apoptosis regulatory proteins 1 篇4.762% 26.arabidopsis proteins 1 篇4.762% 27.atg12 protein, s cerevisiae 1 篇4.762% 28.atg13 protein, s cerevisiae 1 篇4.762% 29.atg17 protein, s cerevisiae 1 篇4.762% 30.atg23 protein, s cerevisiae 1 篇4.762% 31.atg27 protein, s cerevisiae 1 篇4.762% 32.atg32 protein, s cerevisiae 1 篇4.762% 33.atg39 protein, s cerevisiae 1 篇4.762% 34.atg40 protein, s cerevisiae 1 篇4.762% 35.atg5 protein, mouse 1 篇4.762% 36.atg5 protein, s cerevisiae 1 篇4.762% 37.atg7 protein, mouse 1 篇4.762% 38.atg9 protein, s cerevisiae 1 篇4.762% 39.becn1 protein, human 1 篇4.762% 40.becn1 protein, mouse 1 篇4.762% 41.cvt19 protein, s cerevisiae 1 篇4.762% 42.cysteine endopeptidases 1 篇4.762% 44.dna, bacterial 1 篇4.762% 45.enzyme inhibitors 1 篇4.762% 46.fam134b protein, human 1 篇4.762% 47.lap4 protein, s cerevisiae 1 篇4.762% 49.multienzyme complexes 1 篇4.762% 50.neoplasm proteins 1 篇4.762% 01.frontier research center 5 篇23.810% 02.department of cell biology 3 篇14.286% 03.department of medicine 2 篇9.524% 04.1] frontier research center 1 篇4.762% 05.advanced medical research center 1 篇4.762% 06.department of applied molecular bioscience 1 篇4.762% 07.department of molecular oncology 1 篇4.762% 08.department of structural biology 1 篇4.762% 09.division of molecular cell biology 1 篇4.762% 10.graduate school of medical life science and advanced medical research center 1 篇4.762% 11.institute of microbial chemistry 1 篇4.762%
https://blog.sciencenet.cn/blog-280034-1006537.html
上一篇：
2016年诺贝尔生理学或医学奖得主日本科学家大隅良典的科学贡献下一篇：
2016年诺贝尔奖 细胞自噬（autophagy）国际研究科学论文
