Michelle Trenkmann

Love science. Senior Editor @Nature, previously @NatureComms. If it's not science, I'll probably be in the gym or the kitchen (also science). All views my own.

[Nature Reviews Genetics @NatureRevGenet]

Come meet the editors of Nature (Michelle Trenkmann), Nature Genetics (Tiago Faial), Nature Communications
(Margot Brandt) and Nature Reviews Genetics (Linda Koch) on Thursday from 12:00-1:15PM (Room 601 in the Convention Center)! #ASHG24 #ASHG2024

[Victoria Aranda @mvicaracal]

Today, @nature and @NatureMedicine are proud to publish amazing new insights into lung cancer evolution from the #TRACERx consortium. Updated collection: https://t.co/MmOQoU47uU Great author threads👇

[Ajay Nadig @NadigAjay]

Thanks also to Luke Evans and Pamela Romero-Villela for this concise, accessible summary of our findings! https://t.co/Sc2xCWFA6B

[Luke O'Connor @Luke0connor]

So excited to share our work on the genetic architecture of rare coding variation, now published in @Nature

https://t.co/Ya88qj01nD

This work was led by superstar co-first authors @danweiner92 and @NadigAjay

[Michelle Trenkmann @MT_Genetics]

@SafiaDanovi Why did I give this a Like? You can’t leave us!!!!!

[Anne Mirabella @AnneMirabella]

Interested in a career as an editor? we are hiring! Associate or Senior Editor, Nature Communications (Biochemistry, Molecular Biology or Genetics) https://t.co/1sweayIC13

[Trevor Graham @trevoragraham]

How do the #genome, #epigenome and #transcriptome co-evolve in colorectal #cancer? In the second of two papers in @nature, we find gene expr is not strongly heritable & evaluate "driverness" of muts directly in patient tumours https://t.co/11goJRjWgT @AndreaSottoriva #EPICC2 1/7

[Andrea Sottoriva @AndreaSottoriva]

How do the #genome, #epigenome & #transcriptome co-evolve in colorectal #cancer? In the 1st of 2 studies in @Nature we measure the contribution of #chromatin accessibility in #cancer #evolution. #genetics and #epigenetics interplay! #EPICC1 @trevoragraham
https://t.co/SqjatBp4Yn

[Sohrab Shah @SohrabShah]

Out today in @nature : https://t.co/YBSqSWccR9 - some steps toward understanding cell-to-cell genomic variation in cancer. Joint work with @sajraparicio lab (now 15yr collab!). Work performed by @tylerfunnell @marcjwills_ @oflanach and teams from both labs.

[Erich Jarvis @erichjarvis]

Today we publish 1st @HumanPangenome Reference Consortium primary research paper @Nature. Highlights: Near #T2T complete & error-free diploid human genome; phasing haplotypes in assembly graph is best; 50% of total genetic variation is in the centromeres
https://t.co/lBDKfNFOGY

[Luis B Barreiro @LB_Barreiro]

Most recent work from the lab just out @Nature. By combining ancient DNA work, population genomics, and in vitro infections we show that the Black Death shaped the evolution of immune genes. Kuddos to co-first authors @TaurVil and Jennifer Klunk. https://t.co/y4crzKFMpv

[Michelle Trenkmann @MT_Genetics]

And also this comes with a @NatureNV, from @DavidEnard
https://t.co/Xj1EZyjrsD

[Michelle Trenkmann @MT_Genetics]

We have some awesome genomics papers online @nature - a first step towards a more representative human reference genome, an ancient DNA study on the social organization of a Neanderthal community and an ancient DNA study on the evolution of immune genes during the Black Death

[Michelle Trenkmann @MT_Genetics]

The analysis of ancient DNA from individuals who lived before, during and after the Black Death pandemic gives clues to how exposure to pathogens may have shaped the make-up of immune genes
https://t.co/RD31fhiVOv

[Francesca Cesari @Fran_Cesari_]

Job alert for stem cell biologists!
Nature is looking for a locum editor to handle research manuscripts in stem cell and developmental biology.
This is how I started my editorial career many years ago, too!
Applications by 30th October.👇

https://t.co/T1QZOElmTJ

[Michelle Trenkmann @MT_Genetics]

This is accompanied by a @NatureNV from @KKuchenbaecker
https://t.co/EVnjlaHbCH

[Michelle Trenkmann @MT_Genetics]

Today online @nature is this incredible GWAS for height, including 5.4 million individuals and identifying over 7,000 loci - the associations reach saturation in the European ancestries
https://t.co/qv9bDoGaWh