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Gilad Evrony Profile
Gilad Evrony

@giladevrony

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🧬🧠 Center for Human Genetics & Genomics @nyulangone | @nyugrossman

New York, NY
Joined September 2013
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@giladevrony
Gilad Evrony
1 month
Our Center for Human Genetics & Genomics at NYU is recruiting new faculty investigators:
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@giladevrony
Gilad Evrony
2 months
Please consider submitting to the special issue in Genome Research on somatic mosaicism!
@genomeresearch
Genome Research
2 months
Call for papers deadline is quickly approaching! More information on the topic of interests can be found here: https://t.co/1yL2FApzkk. Guest Edited by Drs. @giladevrony, @EAliceLee2, and @R_Rahbari. #ASHG25 #BOG25 #KSMosaicism25 #MITS25 #somaticmosaicism
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@genomeresearch
Genome Research
3 months
Deadline extended to November 1!
@genomeresearch
Genome Research
7 months
Call for Papers! @genomeresearch is now encouraging submissions for a Special Issue on The Genetics and Genomics of Somatic Mosaicism, Guest Edited by Drs. @giladevrony, @EAliceLee2, and @R_Rahbari https://t.co/jKuoADbJec #BOG25 #KSMosaicism25 #MITS25 #somaticmosaicism
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@AlexandrePCheng
Alexandre Pellan Cheng
4 months
Highly accurate sequencing OR high throughput? We refuse to choose. Introducing paired plus-minus sequencing (ppmSeq), a method built to deliver both. Our latest paper with @UltimaGenomics 👀👀👀 See ⬇️ for a primer on the next frontier of genomics https://t.co/kl2KOaKziW
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@TimCoorens
Tim Coorens
6 months
The cells in our bodies constantly acquire mutations. But what are the patterns of mutations across tissues? How do mutations in normal cells lead to disease? These and other questions we will tackle within the SMaHT Network, now described in @Nature https://t.co/5c1mfZOrOR
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nature.com
Nature - The Somatic Mosaicism across Human Tissues Network aims to create a reference catalogue of somatic mosaicism across different tissues and cells within individuals.
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@genomeresearch
Genome Research
7 months
Call for Papers! @genomeresearch is now encouraging submissions for a Special Issue on The Genetics and Genomics of Somatic Mosaicism, Guest Edited by Drs. @giladevrony, @EAliceLee2, and @R_Rahbari https://t.co/jKuoADbJec #BOG25 #KSMosaicism25 #MITS25 #somaticmosaicism
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@nyugrossman
NYU Grossman School of Medicine
7 months
A new Ultra-Rapid droplet digital PCR developed by @giladevrony & @DanOrringerMD at @nyulangone may help surgeons detect cancer cells in real time. Early results suggest it could make brain tumor removal safer and more precise. Watch: https://t.co/yydYIzW4CP ✍️ @MedCellPress
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@giladevrony
Gilad Evrony
8 months
Congrats to first author Ben Harrison (Rockefeller), and also to Emma Mizrahi-Powell (NYU). See also the concurrent paper by Kuehl, et al. on this new syndrome:
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@giladevrony
Gilad Evrony
8 months
Just published--a new Fanconi anemia syndrome caused by variants in FAAP100 (FANCX)--a wonderful collaboration between our NYU Undiagnosed Diseases Program, the Smogorzewska lab (Rockefeller; @MaintainGenome) and Bruce Gelb and Cassie Mintz (Mount Sinai). https://t.co/UyMKh8Hytq
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@giladevrony
Gilad Evrony
9 months
See also two awesome recent sperm sequencing studies from @R_Rahbari and @aaronquinlan. https://t.co/7w22KrnjYt https://t.co/PaxWwB5uex
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@giladevrony
Gilad Evrony
9 months
Kudos to @Amoolya1199, @CaitLoh, and @meihliu from my lab for their years of work on this, and huge thanks to the research participants, our collaborators, and our funders.
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@giladevrony
Gilad Evrony
9 months
Happy to see our new paper out! A great collaboration with @jeshoag. We collected sequential sperm samples separated by decades, and used high-fidelity sequencing to measure germline mutation rates in individual men. https://t.co/jf9XkaKsZY
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nature.com
Nature Communications - Mutations accumulate with age in the male germline, and can lead to genetic diseases in offspring. Here, the authors collect from individuals sequential sperm samples...
@jeshoag
Jonathan Evan Shoag 🇮🇱🇺🇸
9 months
New paper from my group and @giladevrony’s! https://t.co/AGS3p55Qap Historically we measured new mutations in humans using trio studies (parents and offspring). This taught us that on average new mutations increase in offspring with paternal age. These trio studies showed
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@giladevrony
Gilad Evrony
10 months
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@giladevrony
Gilad Evrony
10 months
Our paper on Ultra-Rapid ddPCR (15 min tissue to result somatic mutation quantification) is now in @MedCellPress. A wonderful collaboration with @DanOrringerMD that succeeded because of the intrepid work of @ZacharyR_Murphy, Emilia Bianchini, and the team.
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cell.com
Identifying a tumor’s molecular subtype during surgery and rapidly quantifying mutations in resected tissues intraoperatively could guide resection strategy and improve resections. Murphy, Bianchini,...
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@waitbutwhy
Tim Urban
1 year
Writing the Fermi Paradox chapter of the book and man that topic just never gets old. Double the length of my 2014 post and updated with all the new ideas that have come out in the last decade. https://t.co/qq2G5IPYPk
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waitbutwhy.com
The Fermi Paradox: There should be 100,000 intelligent alien civilizations in our galaxy — so why haven't we found any of them?
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@nyulangone
NYU Langone Health
1 year
Excited to see NYU Langone Health researcher @giladevrony's recent @Nature study highlighted in @NIHDirector's latest blog post! ⤵️
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@stergachislab
Stergachis Lab
2 years
Thrilled to share the culmination of 4 years of #Fiberseq research enabling the accurate quantification of chromatin accessibility across the 6 Gbp diploid human genome with single-molecule and single-nucleotide precision. See thread for the main findings https://t.co/JEaTMohlxK
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biorxiv.org
Most human cells contain two non-identical genomes, and differences in their regulation underlie human development and disease. We demonstrate that Fiber-seq Inferred Regulatory Elements (FIREs)...
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@giladevrony
Gilad Evrony
2 years
And here's a non-paywalled PDF link:
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@giladevrony
Gilad Evrony
2 years
We show some new findings since the pre-print, including APOBEC3A's ssDNA cytosine deamination pattern and detection of SBS1 precursor lesions. See our pre-print thread for more info: https://t.co/6OwqHNRaey Congrats to co-authors and thanks to our funders!
@giladevrony
Gilad Evrony
3 years
🧬 Preprint 🧬 Most mutations begin as a change in only one of the two DNA strands. To see these single-strand precursors of mutations, we developed single-molecule sequencing that achieves single-molecule and *single-strand* fidelity. https://t.co/8Eyznw7voq 🧵⬇️ 1/11
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