许培扬 青年科学家杨璐菡
http://blog.sciencenet.cn/blog-280034-931077.html许培扬 韩春雨NgAgo科学研究数据资源 http://blog.sciencenet.cn/blog-280034-995137.html
今年6月，全球25名基因研究领域的科学家联名在《科学》杂志上宣布，今年内将启动“人类基因组编写计划”，目标包括在10年内合成一个完整的人类基因组。
“我们希望更好地了解人类基因组，并推动基因编辑和合成技术的发展。”30岁的中国学者杨璐菡对新华社记者说。她是“人类基因组编写计划”最年轻的发起人之一，目前在哈佛大学从事基因研究。
全球最流行的“基因剪刀”是2013年兴起的CRISPR－Cas9技术，主要发明者之一是出生在石家庄的美籍华人科学家张峰。
科学家10年内合成人类基因组:"基因剪刀"能剪出"完美人类"?
http://tech.sina.com.cn/d/f/2016-08-08/doc-ifxutfpc4753332.shtml
POLICY FORUMGENOME ENGINEERING
The Genome Project-Write
Jef D. Boeke*,
George Church*,
Andrew Hessel*,
Nancy J. Kelley*,
Adam Arkin,
Yizhi Cai,
Rob Carlson,
Aravinda Chakravarti,
Virginia W. Cornish,
Liam Holt,
Farren J. Isaacs,
Todd Kuiken,
Marc Lajoie,
Tracy Lessor,
Jeantine Lunshof,
Matthew T. Maurano,
Leslie A. Mitchell,
Jasper Rine,
Susan Rosser,
Neville E. Sanjana,
Pamela A. Silver,
David Valle,
Harris Wang,
Jeffrey C. Way,
Luhan Yang
- Author Affiliations
The list of author affiliations is available in the supplementary materials.
↵*These authors contributed equally to this work. Email: jef.boeke@nyumc.org
Science 08 Jul 2016:
Vol. 353, Issue 6295, pp. 126-127
DOI: 10.1126/science.aaf6850
http://science.sciencemag.org/content/353/6295/126
杨璐菡的13篇论文分布如下：
04.kennedy krieger institute 1 篇7.692% 01.genome, human 6 篇46.154% 02.induced pluripotent stem cells 5 篇38.462% 03.base sequence 4 篇30.769% 05.gene targeting 4 篇30.769% 06.molecular sequence data 4 篇30.769% 07.genetic engineering 3 篇23.077% 08.hek293 cells 3 篇23.077% 09.cell separation 2 篇15.385% 10.clustered regularly interspaced short palindromic repeats 2 篇15.385% 11.genetic loci 2 篇15.385% 12.homologous recombination 2 篇15.385% 14.sequence analysis, dna 2 篇15.385% 15.transcription factors 2 篇15.385% 17.bacterial proteins 1 篇7.692% 18.barth syndrome 1 篇7.692% 19.cardiomyopathy, dilated 1 篇7.692% 21.chromosomes, human, pair 19 1 篇7.692% 23.crispr-associated proteins 1 篇7.692% 24.crispr-cas systems 1 篇7.692% 25.data collection 1 篇7.692% 26.databases, genetic 1 篇7.692% 27.deoxyribonuclease i 1 篇7.692% 28.deoxyribonucleases 1 篇7.692% 29.deoxyribonucleases, type ii site-specific 1 篇7.692% 31.dna cleavage 1 篇7.692% 32.dna end-joining repair 1 篇7.692% 33.dna-binding proteins 1 篇7.692% 34.endogenous retroviruses 1 篇7.692% 35.endonucleases 1 篇7.692% 36.epithelial cells 1 篇7.692% 40.genes, reporter 1 篇7.692% 41.genes, synthetic 1 篇7.692% 42.genetic variation 1 篇7.692% 44.high-throughput nucleotide sequencing 1 篇7.692% 45.individualized medicine 1 篇7.692% 46.inverted repeat sequences 1 篇7.692% 50.mitochondrial diseases 1 篇7.692% 02.taz protein, human 2 篇15.385% 03.transcription factors 2 篇15.385% 04.bacterial proteins 1 篇7.692% 07.crispr-associated proteins 1 篇7.692% 08.deoxyribonuclease i 1 篇7.692% 09.deoxyribonucleases 1 篇7.692% 10.deoxyribonucleases, type ii site-specific 1 篇7.692% 12.dna-binding proteins 1 篇7.692% 13.endodeoxyribonuclease foki 1 篇7.692% 14.endonucleases 1 篇7.692% 15.oligodeoxyribonucleotides 1 篇7.692% 16.reactive oxygen species 1 篇7.692% 18.trans-activators 1 篇7.692% 11.先天性遗传性新生儿疾病和畸形 1 篇7.692% 01.department of genetics 9 篇69.231% 02.department of cardiology 2 篇15.385% 03.academic medical center 1 篇7.692% 04.beth israel deaconess medical center 1 篇7.692% 05.center for cardiovascular biology 1 篇7.692% 06.center for cardiovascular biology and institute for stem cell and regenerative medicine 1 篇7.692% 07.department of biomedical engineering 1 篇7.692% 08.department of cardiovascular physiology 1 篇7.692% 09.department of cell and molecular biology and medicine 1 篇7.692% 10.department of clinical chemistry and pediatrics 1 篇7.692%
https://blog.sciencenet.cn/blog-280034-995189.html
上一篇：
科学网三个排名 岳、高博主进了两个下一篇：
韩春雨NgAgo NATURE评论 8月9日
