RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
Across the genome, the genetic variants are more likely to be clustered close to genes already known to be associated with growth disorders. https://t.co/kpmL495n2f 2/2
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
遺伝学:ヒトの身長の遺伝的背景に関する新知見 | Nature | Nature Portfolio: https://t.co/TSblGVFMBH
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
【論文紹介】Nature 2022 https://t.co/TYjJ92k7gr 約540万人のゲノム情報を用いたゲノムワイド関連解析(GWAS)からヒトの身長に関連する思われる1万2111個の遺伝的バリアントが特定されました!!
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @yuji_ikegaya: 【身長の遺伝子】身長の遺伝率は約50%と高めです。この原因となる遺伝子を探したところ、一つの遺伝子に帰結せず、むしろ12,111個もの遺伝子変異に散ちらばっていたそうです。結論は「ゲノムの大部分が身長に関与している」とのこと。今朝の『ネイチャ…
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
A #genetics first: GWAS of 5.38 million people finds 12k variants that represent ~ALL the common genetic variants (MAF>1%) that impact height differences between Europeans Variants cluster near genes related to Mendelian growth disorders @LoicYengo ht
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @RFalfanV: Comprehensive map of specific genomic regions that contain common #height-associated variants. Although this map is saturated…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @timfrayling: thread and commentary on the recent GWAS of height in 5.4 million:
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @RFalfanV: Comprehensive map of specific genomic regions that contain common #height-associated variants. Although this map is saturated…
Comprehensive map of specific genomic regions that contain common #height-associated variants. Although this map is saturated for populations of European #ancestry, further research is needed to achieve equivalent saturation in other ancestries. https://t.
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
Many good points made in this commentary.
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @timfrayling: thread and commentary on the recent GWAS of height in 5.4 million:
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
thread and commentary on the recent GWAS of height in 5.4 million:
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
Saturated SNP heritability in massive GWAS on height.
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
RT @KKuchenbaecker: One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for he…
One of the largest GWAS https://t.co/3HgAbR4ZsY is shaking up the field: more data will not reveal more variants for height, a milestone in our understanding of the contribution of genetics to complex traits. A summary of my commentary in N&V: https://
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @okada_yukinori: GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderf…
RT @BioDecoded: A saturated map of common genetic variants associated with human height | Nature https://t.co/m2PYUTiptg #Genetics https:/…
GWAS of 5.4 millions discovered a saturated map of common variants on height. Now at turning point of GWAS era. Wonderful teams with @LoicYengo Sailaja Vedantam @MarouliEirini Eric Bartell @saorisakaue @GLettre @drarwood Peter Visscher @joelhirschhorn ht
RT @dr_appie: A century ago, height helped to reconcile Mendel’s laws with the inheritance of complex traits. Now, @LoicYengo et al made it…
オランダ人は 背が高いhttps://t.co/mRl3mxm0Jg
4. 5 Milyondan Fazla İnsanın DNA'sının İncelenmesi, Boy İle Genetik Bağlantıları Ortaya Koyuyor: https://t.co/ZdzbU24PQ4
RT @yuji_ikegaya: 【身長の遺伝子】身長の遺伝率は約50%と高めです。この原因となる遺伝子を探したところ、一つの遺伝子に帰結せず、むしろ12,111個もの遺伝子変異に散ちらばっていたそうです。結論は「ゲノムの大部分が身長に関与している」とのこと。今朝の『ネイチャ…
RT @MarouliEirini: Our new height GWAS: A Saturated Map of Common Genetic Variants Associated with Human Height is published today in @Natu…
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
RT @UTHSCLibrary: 🩺 TRENDING ON PUBMED 🩺 A saturated map of common genetic variants associated with human height https://t.co/1RhnAl259h…
RT @UTHSCLibrary: 🩺 TRENDING ON PUBMED 🩺 A saturated map of common genetic variants associated with human height https://t.co/1RhnAl259h…
🩺 TRENDING ON PUBMED 🩺 A saturated map of common genetic variants associated with human height https://t.co/1RhnAl259h #MedTwitter #MedResearch #MedStudentTwitter #OpenAccess
https://t.co/ZmEuNSAk2S ヒトの身長を決める遺伝子配列について、(多分)540万人のゲノムのデータからSNP1万2千個を同定したよ、って論文らしい。遺伝子領域で言うと7千ちょい。 それでも全てではないとのこと。
RT @nrken19: A saturated map of common genetic variants associated with human height https://t.co/q8oVJovFWY
RT @GregorGorjanc: 7000+ QTL for human height!
From @nature - A saturated map of common genetic variants associated with human height https://t.co/Nu982gKgrx #bwfcasi
RT @FahdAlMulla: #genetics #height #Bot @dasmaninstitute Insights into the genetics of human height, We identified 12,111 genetic variants…
RT @BioDecoded: A saturated map of common genetic variants associated with human height | Nature https://t.co/m2PYUTiptg #Genetics https:/…
RT @BioDecoded: A saturated map of common genetic variants associated with human height | Nature https://t.co/m2PYUTiptg #Genetics https:/…
RT @dr_appie: A century ago, height helped to reconcile Mendel’s laws with the inheritance of complex traits. Now, @LoicYengo et al made it…
RT @yuji_ikegaya: 【身長の遺伝子】身長の遺伝率は約50%と高めです。この原因となる遺伝子を探したところ、一つの遺伝子に帰結せず、むしろ12,111個もの遺伝子変異に散ちらばっていたそうです。結論は「ゲノムの大部分が身長に関与している」とのこと。今朝の『ネイチャ…
RT @Nature: Nature research paper: A saturated map of common genetic variants associated with human height https://t.co/dOkDK7DIr4
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
RT @BioDecoded: A saturated map of common genetic variants associated with human height | Nature https://t.co/m2PYUTiptg #Genetics https:/…
A saturated map of common genetic variants associated with human height | Nature https://t.co/m2PYUTiptg #Genetics https://t.co/CrgPhLlqqD
Worth reading. Worth thinking over
RT @Neuro_Skeptic: 21% of the genome contributes to variation in human height https://t.co/W622Tt0F6a I bet for mental health outcomes, it'…
双生児研究などによって身長の個人差の約半分に由来するとされる遺伝的背景について、約540万人を対象としたゲノムワイド関連解析により、感受性遺伝子領域が約12,000か所以上同定され、それらの組み合わせにより、身長の遺伝的背景のほとんどが説明可能。今週のNature誌。 https://t.co/9hoUpiOurd
21% of the genome contributes to variation in human height https://t.co/W622Tt0F6a I bet for mental health outcomes, it's even higher. Maybe even >50%? So many pathways to mental health. https://t.co/x7sTxnPsFv
RT @GregorGorjanc: 7000+ QTL for human height!
A saturated map of common genetic variants associated with human height https://t.co/K2pgnLCqaU by @nature
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
Guess I have a few of those
#genetics #height #Bot @dasmaninstitute Insights into the genetics of human height, We identified 12,111 genetic variants that are associated with height. Variants were clustered close to genes already known to be associated with growth disorders. https:/
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
A saturated map of common genetic variants associated with human height https://t.co/q8oVJovFWY
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
RT @NaturePortfolio: More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://…
More than 12,000 genetic variants associated with human height are uncovered in a paper published in @Nature. https://t.co/VvDexLBB2g https://t.co/v7l8TfvKes
RT @GregorGorjanc: 7000+ QTL for human height!
RT @yuji_ikegaya: 【身長の遺伝子】身長の遺伝率は約50%と高めです。この原因となる遺伝子を探したところ、一つの遺伝子に帰結せず、むしろ12,111個もの遺伝子変異に散ちらばっていたそうです。結論は「ゲノムの大部分が身長に関与している」とのこと。今朝の『ネイチャ…
RT @GregorGorjanc: 7000+ QTL for human height!
RT @GregorGorjanc: 7000+ QTL for human height!
RT @GregorGorjanc: 7000+ QTL for human height!
A saturated map of common genetic variants associated with human height | Nature https://t.co/SlkWiuVSt6
RT @GregorGorjanc: 7000+ QTL for human height!
7000+ QTL for human height!
Congrats to S. Mucha for publishing "A saturated map of common genetic variants associated with human height." (Nature) https://t.co/k6EdRRqvpE @DZHK_Germany @UniLuebeck
RT @MT_Genetics: Today online @nature is this incredible GWAS for height, including 5.4 million individuals and identifying over 7,000 loci…
RT @yuji_ikegaya: 【身長の遺伝子】身長の遺伝率は約50%と高めです。この原因となる遺伝子を探したところ、一つの遺伝子に帰結せず、むしろ12,111個もの遺伝子変異に散ちらばっていたそうです。結論は「ゲノムの大部分が身長に関与している」とのこと。今朝の『ネイチャ…