“关于组蛋白修饰，以及其在组蛋白调控（Histone Regulation）中作用的基础性研究成果”
科学家：洛克菲勒大学C. David Allis教授，以及加州大学洛杉矶分校Michael Grunstein教授
猜测理由：这两位学者可能获得诺贝尔奖是由于他们“关于组蛋白修饰，以及其在组蛋白调控（Histone Regulation）中作用的基础性研究成果”。
http://sh.qihoo.com/pc/detail?check=b8eaf6216e08b8ab&sign=360_e39369d1&url=http://zm.news.so.com/0b591166ea5485cfa1fc26753e3b4164
https://en.wikipedia.org/wiki/Charles_David_Allis
| Born | March 22, 1951 |
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| Alma mater | |
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| Scientific career |
| Fields | epigenetics |
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| Institutions | |
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加州大学洛杉矶分校Michael Grunstein教授
https://en.wikipedia.org/wiki/Michael_Grunstein
洛克菲勒大学C. David Allis教授的论文分布
http://www.pubmedplus.cn/
14.美国北卡罗来纳州教堂山镇 3 篇1.579% 15.美国安德森(安德森癌症中心) 3 篇1.579% 18.illkirch-graffenstaden 2 篇1.053% 32.brooklyn center 1 篇0.526% 39.university park 1 篇0.526% 05.Shabanowitz J 18 篇9.474% 11.Banaszynski LA 10 篇5.263% 21.Ruthenburg AJ 8 篇4.211% 31.Erdjument-Bromage H 6 篇3.158% 03.纪念斯隆-凯特琳癌症中心 14 篇7.368% 12.美国德州大学西南医学中心 4 篇2.105% 15.北卡罗来纳大学教堂山分校 3 篇1.579% 16.德克萨斯大学安德森肿瘤中心 3 篇1.579% 17.德克萨斯大学西南医学中心 3 篇1.579% 22.memorial sloan kettering cancer center 2 篇1.053% 29.dana-farber cancer institute 1 篇0.526% 30.fishberg department of neuroscience and friedman brain institute 1 篇0.526% 31.icahn school of medicine at mount sinai 1 篇0.526% 32.monash institute of medical research 1 篇0.526% 33.national cancer institute 1 篇0.526% 34.new york university langone medical center 1 篇0.526% 35.pasteur institute 1 篇0.526% 36.sloan-kettering institute 1 篇0.526% 37.umdnj-robert wood johnson medical school 1 篇0.526% 38.universite joseph fourier 1 篇0.526% 39.weatherall institute of molecular medicine 1 篇0.526% 40.weill cornell medical college 1 篇0.526% 41.wistar institute 1 篇0.526% 44.加州大学洛杉矶分校医学中心 1 篇0.526% 46.劳伦斯利弗莫尔国家实验室(llnl) 1 篇0.526% 03.methylation 57 篇30.000% 04.amino acid sequence 38 篇20.000% 05.molecular sequence data 37 篇19.474% 07.phosphorylation 30 篇15.789% 08.epigenesis, genetic 28 篇14.737% 09.acetylation 27 篇14.211% 10.protein binding 26 篇13.684% 11.protein processing, post-translational 26 篇13.684% 12.histone-lysine n-methyltransferase 24 篇12.632% 13.nuclear proteins 22 篇11.579% 14.transcription factors 22 篇11.579% 15.models, molecular 21 篇11.053% 17.transcription, genetic 19 篇10.000% 18.chromatin assembly and disassembly 18 篇9.474% 20.protein structure, tertiary 17 篇8.947% 21.binding sites 16 篇8.421% 23.dna-binding proteins 16 篇8.421% 24.models, biological 16 篇8.421% 25.nucleosomes 16 篇8.421% 26.saccharomyces cerevisiae 16 篇8.421% 27.dna methylation 15 篇7.895% 28.methyltransferases 15 篇7.895% 29.gene expression regulation 14 篇7.368% 30.saccharomyces cerevisiae proteins 14 篇7.368% 31.cell nucleus 11 篇5.789% 32.chromosomal proteins, non-histone 11 篇5.789% 34.protein methyltransferases 11 篇5.789% 36.histone acetyltransferases 10 篇5.263% 38.promoter regions, genetic 10 篇5.263% 39.amino acid motifs 9 篇4.737% 41.embryonic stem cells 9 篇4.737% 42.myeloid-lymphoid leukemia protein 9 篇4.737% 43.xenopus laevis 9 篇4.737% 44.blotting, western 8 篇4.211% 45.cell line, tumor 8 篇4.211% 46.cells, cultured 8 篇4.211% 47.gene expression regulation, developmental 8 篇4.211% 48.gene expression regulation, neoplastic 8 篇4.211% 49.gene silencing 8 篇4.211% 50.heterochromatin 8 篇4.211% 04.histone-lysine n-methyltransferase 24 篇12.632% 05.nuclear proteins 22 篇11.579% 06.transcription factors 22 篇11.579% 07.dna-binding proteins 16 篇8.421% 08.nucleosomes 16 篇8.421% 09.methyltransferases 15 篇7.895% 10.saccharomyces cerevisiae proteins 14 篇7.368% 查看更多
32.前体b细胞成淋巴细胞白血病-淋巴瘤 2 篇1.053% 33.前体细胞成淋巴细胞白血病-淋巴瘤 2 篇1.053% 04.医学生物化学与分子生物学 50 篇26.316%
