This week was includes quite a range of species–from maize to mammoths to microbiome samples around the world. Also time travel–genome assembly in ancient samples. There’s also helpful stuff on the role of genetic counselors, and a guide on when researchers should enjoy chocolate (which may be relevant to some of you this Easter weekend).
欢迎来到我们的链接集合星期五功能: SNPpets. 一周之内,我们遇到了很多链接和读取,我们认为很有趣, 但不要到一个博客帖子. 在这里,他们是您的享受…
什么是遗传咨询在执行实践中基因组中的作用,,en,pic.twitter.com/SX2kaM3fz5,,en,RNA编辑,,en,转录可塑性和基因组进化的头足类动物之间的权衡,,en,pic.twitter.com/9TNBFdKLxa,,en,纳丹·莱茨,,en,@ Sciguy999,,eo,提高古DNA基因组组装,,en,亚历山大·塞茨,,en,pic.twitter.com/7hjEe0PCVj,,en,掀开的复杂性,,en,转录长读测序,,en,捕获RefGen_v3的约70%,,en,pic.twitter.com/pH5IZOZ4fO,,en,@MaizeGDB,,eu,可怕的,因为任何人都不应尝试,,en,维恩方式,,en,詹姆斯·劳埃德,,fr,@JamesPBLloyd,,en,有关变量的解释可怕的幻灯片,,en,Polyphen之间的协议,,en,背心,,en,LRT,,ms,和MutationTaster,,en,SEQC2,,az,pic.twitter.com/W1Xgv9dRoJ,,en,MAQC协会,,en,@maqcsociety,,ca,的原始基因组分析,,en,野生和栽培,,en,柑橘,,en,提供深入的无性繁殖,,en,pic.twitter.com/xFmm0CvRBu,,en? https://t.co/uSFDbeuqUa pic.twitter.com/SX2kaM3fz5
— 博士. Muin扈利 (@ DrKhouryCDC) 四月 4, 2017
RNA editing!! Trade-off between Transcriptome Plasticity and Genome Evolution in Cephalopods https://t.co/l7QaMrGsf7 #研究 #进化 pic.twitter.com/9TNBFdKLxa
— Nathan Letts, 博士 (@Sciguy999) 四月 7, 2017
Improving ancient DNA genome assembly – Alexander Seitzhttps://t.co/7gHOYrKYyU pic.twitter.com/7hjEe0PCVj
— Elisabeth Bik (@MicrobiomDigest) 四月 7, 2017
Unveiling the complexity of the #面包 transcriptome by long-read sequencing
capturing ∼70% of the RefGen_v3 #基因https://t.co/MISDDFjDxm pic.twitter.com/pH5IZOZ4fO— MaizeGDB (@MaizeGDB) 四月 7, 2017
Terrifying because no one should try a 5 way Venn. https://t.co/Gq3zMfy9mw
— James Lloyd (@JamesPBLloyd) 四月 10, 2017
Terrifying slide about variant interpretation: <1% agreement between Polyphen, 上海对外贸易学院, VEST, LRT, and MutationTaster #SEQC2 pic.twitter.com/W1Xgv9dRoJ
— MAQC Society (@maqcsociety) 四月 10, 2017
Genomic analyses of primitive, wild and cultivated #citrus provide insights into asexual reproduction (王 &的) https://t.co/lhtuZNlM2z #OA pic.twitter.com/xFmm0CvRBu
— 自然遗传学 (@NatureGenet) 四月 10, 2017
下降猛犸象流行的比较基因组分析,,en,usingEnsembl,,en,@plosgenetics,,cy,发现高负载突变,,en,dbSNP的FTP用户,,en,在早期,,en,关系数据库BCP文件将通过JSON的人来代替,,en,pic.twitter.com/1RNQjkAD1x,,en,的地域,不同的收藏品,,en,人体肠道微生物基因组的途径数据库,,en,pic.twitter.com/SK4MrvVbF3,,en,斯特凡·格鲁瓦尔德,,en,@sgruenwald,,cy,人类基因组计划给了我们“零件清单”的,,en,这意味着什么的人缺少的一部分,,en,pic.twitter.com/1dHBBZzUQt,,en,SEK Kathiresan MD,,jw,@skathire,,zu,约翰霍普金斯大学中心桥接基因组学,,en,传染病,,en,与社会正在寻找一个研究计划协调员,,en,索恩 - 博伊斯戈尔德,,en,@AngieMBoyce,,pl,NCICCG,,hmn,研究发现成药目标在KRAS突变,,en,肺癌,,sv,pic.twitter.com/KMPaV8GjIz,,en,NCI基因组学,,tr,@NCIgenomics,,hmn,@Helena_LB,,en,pic.twitter.com/4pRkwEWO1w,,en,等等,,en,@EmbraceTheCoda,,en #usingEnsembl @plosgenetics finds high mutational load https://t.co/ysbFR1zziP
— Ensembl (@ ENSEMBL) 四月 12, 2017
dbSNP FTP Users: In early 2018, relational database BCP files will be replaced by JSON ones. #dbsnp #生物信息学 https://t.co/EXwqJvzLJJ pic.twitter.com/1RNQjkAD1x
— NCBI工作人员 (@ NCBI的) 四月 12, 2017
A geographically-diverse collection of 418 human gut microbiome pathway genome databases https://t.co/Z32bxVyFkH pic.twitter.com/SK4MrvVbF3
— 博士. Stefan Gruenwald (@sgruenwald) 四月 12, 2017
Human genome project gave us ‘parts-list’ of 18,000+ 基因. 这里, what it means for person to be missing a part 1/ https://t.co/dSOrGhCNq0 pic.twitter.com/1dHBBZzUQt
— Sek Kathiresan MD (@skathire) 四月 12, 2017
The JHU Center for Bridging Genomics, Infectious Disease, and Society is looking for a Research Program Coordinator! https://t.co/yKFtlFc3JQ
— 一. Sohn-Boyce Golder (@AngieMBoyce) 四月 13, 2017
#NCICCG 实用 #基因组学 Study Finds Druggable Target in KRAS-mutant #LungCancer https://t.co/1NIMfmeZ3u pic.twitter.com/KMPaV8GjIz
— NCI Genomics (@NCIgenomics) 四月 13, 2017
@Helena_LB pic.twitter.com/4pRkwEWO1w
— 科学, EtC. (@EmbraceTheCoda) 四月 14, 2017