A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated, allowing more thorough investigations of conservation and selection. https://t.co/oeY8ZTPBxU https://t.co/rZJy34qwS9
Genoms of 363 bird species representing 92.4% of bird families! Amazing study published recently in Nature. https://t.co/VtDuTjKlqk
🚨New Paper Alert🐦 by our #faculty Prof. Joel Cracraft and many more_ "Dense sampling of bird diversity increases power of comparative genomics" #BirdTwitter #SciTwitter https://t.co/AktZ6Rmkeg
RT @IBIS_journal: Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology…
RT @CcgaKiel: Great paper for the B10K project! @an_franke and Marc P. Hoeppner from our group @BioInfoGen1 are co-authors and our lab team…
RT @recherche_anima: Dense sampling of# bird 🕊️🐥🐧diversity increases power of comparative# genomics https://t.co/f3OOMnWVwX https://t.co/YD…
Dense sampling of# bird 🕊️🐥🐧diversity increases power of comparative# genomics https://t.co/f3OOMnWVwX https://t.co/YDUuKDF22b
RT @CcgaKiel: Great paper for the B10K project! @an_franke and Marc P. Hoeppner from our group @BioInfoGen1 are co-authors and our lab team…
Birbs 🐓🦃🦚🦜🦢🦩🕊🦅🦆🦉
RT @CcgaKiel: Great paper for the B10K project! @an_franke and Marc P. Hoeppner from our group @BioInfoGen1 are co-authors and our lab team…
RT @CcgaKiel: Great paper for the B10K project! @an_franke and Marc P. Hoeppner from our group @BioInfoGen1 are co-authors and our lab team…
RT @IBIS_journal: Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology…
Great paper for the B10K project! @an_franke and Marc P. Hoeppner from our group @BioInfoGen1 are co-authors and our lab team and @PacBio Sequel II aka "Ms. PacMan" produced data for one of the Eagle species. Congrats!
RT @IBIS_journal: Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology…
RT @IBIS_journal: Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology…
RT @IBIS_journal: Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology…
RT @IBIS_journal: Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology…
Dense sampling of bird diversity increases power of comparative genomics https://t.co/PVSbMqr8z5 | @nature | #ornithology https://t.co/pgRdOkTX9o
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…
La taxonomie des oiseaux est toujours importante malgré la grande connaissance que l'on a de ce groupe. Elle permet notamment un échantillonnage massif mais raisonné, y compris pour séquencer des génomes complets.
RT @WilTerPer: La genómica también le sirve a los biólogos de campo y ecólogos, incluso a los que ”pajarean”....😉 más datos, más resolución…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
I want Figure 1 as a poster
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @glaudelrio: The Rhegmatorhina hoffmannsi genome is out in this amazing article: https://t.co/NQSDBB7Uqo
RT @shima_usa96: 直訳して「トリ1万ゲノム計画」と覚えていたけれどB10Kというカッコイイ略称があったらしい(^^; しかし、本当にわくわくするな。
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
Dense sampling of bird diversity increases power of comparative genomics Whole-genome sequencing projects are increasingly populating the tree of life and characterizing biodiversity. Read more: https://t.co/woM5DrcHa2 #BGI #nature #omicsforall http
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @VILLUMscience: #VillumInvestigator Guojie Zhang is on an ambitious quest to sequence the genome of every bird species in the world. A n…
RT @VILLUMscience: #VillumInvestigator Guojie Zhang is on an ambitious quest to sequence the genome of every bird species in the world. A n…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @NatureGenet: Online @nature: Dense sampling of bird diversity increases power of comparative genomics https://t.co/68Xi86svyv https://t…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
From kiwis to red-winged blackbirds, new study in @nature remaps the tree of birds. Congrats to @BYU professor @paulbfrandsen. https://t.co/h1YsBB79mR
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
Dense sampling of bird diversity increases power of comparative genomics | Nature https://t.co/8Fj1X4C8vd
直訳して「トリ1万ゲノム計画」と覚えていたけれどB10Kというカッコイイ略称があったらしい(^^; しかし、本当にわくわくするな。
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @ZoeR_Coral: Congrats to everyone involved including Adj Prof Mike Bunce @Curtin_TrEnD #collaborativescience https://t.co/F2JoJ6GvNs
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @eleldai: 現存する全ての鳥類1万種のゲノムを4つのフェーズで読む"The Bird 10,000 Genomes" (B10K) projectの第2フェーズが発表された🦜🧬 スミソニアン博物館などの古い・貴重な標本も含み、363のゲノム(267は新規)を読んで…
RT @ZoeR_Coral: Congrats to everyone involved including Adj Prof Mike Bunce @Curtin_TrEnD #collaborativescience
Congrats to everyone involved including Adj Prof Mike Bunce @Curtin_TrEnD #collaborativescience
RT @salvagaviotas: Congratulations!! https://t.co/gfvQaqhShg
Incredible data pouring out the B10K bird project, massive kudos to @RubySeadragon for this wonderful paper!
RT @SeabirdEcology: Today, Nature publishes the article "Dense sampling of bird diversity increases power of comparative genomics" for whic…
363 bird genomes - a framework for comparison, interesting findings and future research directions from the @B10K_Project including museum collection samples from @NHM_Denmark @NMNH and others https://t.co/Z5nQ1akX9D
#VillumInvestigator Guojie Zhang is on an ambitious quest to sequence the genome of every bird species in the world. A new study in @nature shows the impact on comparative genomics. #B10K
RT @AzizianRahim: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly gener…
RT @TheBgiGroup: On November 12, BGI Research and collaborators announced the completion of the second milestone of the Bird 10,000 Genome…
On November 12, BGI Research and collaborators announced the completion of the second milestone of the Bird 10,000 Genome Project B10K) — the release of genomes representing 92% of all bird families published in NATURE as a cover story. Read more: https://
Major progress by B10K project phase2 - 363 genomes from 218 out of 236 bird families. International collaboration includes authors @Curtin_TrEnD and @CowenSaul #Genomics_in_WA
RT @B10K_Project: 🦉🦢🦜🦚 #BirdBonanza!! 🕊️🐦 Today, we are releasing 267 newly sequenced bird genomes and comparative resources for 363 bird s…
Bilim insanları 267'si ilk defa dizilenen 363 kuş türünün genom dizilerini yayınladı. Makaleye aşağıdaki linke tıklayarak erişebilirsiniz. #biyoteknoloji #doga #bilim https://t.co/Z6JuKOG0rF https://t.co/9f5JHjPQoT
Scientists have reported the genomes of 363 species of birds 267 of which sequenced for the first time. Read the article by clicking the link below #nature #biotechnolgy #science #birds https://t.co/Z6JuKOG0rF https://t.co/1Zo0xUuVHf
Dense sampling of bird diversity increases power of comparative genomics https://t.co/LmYQQCQUWP
Cool!
😮😮😮😮😮😮 10,135 bird species incorporated into this study! So amazing! Dense sampling of bird diversity increases power of comparative genomics https://t.co/au3xpAeNVQ https://t.co/cfqChaDjd3
RT @craibiologia: 🐦La UB participa en la seqüenciació del genoma de totes les espècies d’aus del món @IRBioUB @RiutortLab 👉Notícia: https:…
RT @cowbirdlab: My first Nature paper is published!!! Me and 130+ coauthors! Dense sampling of bird diversity increases power of comparativ…
Bird genome watcher's delight!
RT @B10K_Project: What to do with so many bird genomes? #BirdBonanza We can study how the genomes are similar and how they differ. The #B10…
RT @genomeark: Beautiful! This entire thread and the paper. Congratulations @B10K_Project! @nature
RT @B10K_Project: What to do with so many bird genomes? #BirdBonanza We can study how the genomes are similar and how they differ. The #B10…
https://t.co/uJXjrfaVSJ: Larks—lead moi. https://t.co/ezroewYyX9: Rails—lead @chavecito76 https://t.co/pc8AeR67bt: Aves—lead Feng, @RubySeadragon, Deng, Armstrong. https://t.co/pReFe2KCTv: Passerines—book (not OA...) edited by Fjeldså, Christidis, Ericson
Great job, thanks authors .. Dense sampling of bird diversity increases power of comparative genomics | Nature https://t.co/gTWo55qryC
RT @NatureGenet: Online @nature: Dense sampling of bird diversity increases power of comparative genomics https://t.co/68Xi86svyv https://t…
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…
Fabulous #comparativegenomics paper demonstrating how large-scale #wholegenomesequencing can contribute to our understanding of #biodiversity #evolution & #conservation. Here, in #birds.
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…
😍😍
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…
RT @nature: A paper published in Nature describes whole-genome alignments of 363 bird genome sequences, 267 of which were newly generated,…