Yucheng Yang

[𝕐 @nomad421]

I know I'm late to comment here, but it's not an understatement to say that @lh3lh3 has helped to build the backbone of much of modern bioinformatics. He is brilliant, inspiring & kind (though terse in @github issues ;P). I could not be happier with this selection!

[Yucheng Yang @YuChengYang2]

Great academic family tree of Gerstein Lab! @MarkGerstein

[Yucheng Yang @YuChengYang2]

@jsb_ucla 👍

[Yucheng Yang @YuChengYang2]

@YangEricLi @GenomeMedicine Thanks, Yang!

[Yucheng Yang @YuChengYang2]

Our work is out in @GenomeMedicine - On the interpretation of GWAS data of brain disorders using enhancer-promoter interactions! Thank you all who have contributed!

https://t.co/pzfVTrjLD0

[Mark Gerstein @MarkGerstein]

Posting my talk tomorrow at St. Jude Med. Center, giving an overview of Genomics & Data Science and describing our recent EN-TEx work on Variant Interpretation as an example of this https://t.co/2xXFGW8Dpa Lots of new slides from @rozowsky, @leetx1010 & @mike_schatz

[Oded Rechavi @OdedRechavi]

hydroxychloroquine?

[Donald J. Trump @realDonaldTrump]

Tonight, @FLOTUS and I tested positive for COVID-19. We will begin our quarantine and recovery process immediately. We will get through this TOGETHER!

[Donghoon Lee @hoondy]

#COVID19 reminds us the importance of science.

Come join @MarkGerstein lab to work on challenging problems in computational biology.

We have amazing people and generous resources to carry out sophisticated computational research. More on https://t.co/jagB0Aiz9a

[Kevin K. Yang 楊凱筌 @KevinKaichuang]

Augmenting point mutation stability datasets with the "reverse mutation" leads to better predictions of stabilizing mutations. Cool paper by @computbiolgeek, Yucheng T. Yang @capra_lab @MarkGerstein

https://t.co/4OjBTQgLKf

[Donghoon Lee @hoondy]

New #preprint modeling co-transcriptional splicing using #RNN from @MarkGerstein lab

[Magdalena Skipper @Magda_Skipper]

Cancer catalogued - In this week’s issue of @nature, the Pan-Cancer Analysis of Whole Genomes (#PCAWG) consortium presents the integrative analysis of more than 2,600 whole cancer genomes and their matching normal tissues across 38 tumour types. https://t.co/uvyoQHLVkB

[Donghoon Lee @hoondy]

Pan-Cancer Analysis of Whole Genomes. A collection of research and related content from the ICGC/TCGA consortium on whole-genome sequencing and integrative analysis of cancer https://t.co/R7UzCQiMUt (featuring our cancer driver paper https://t.co/8SsIMhPIkw)

[Yucheng Yang @YuChengYang2]

Liberal-arts students will earn less, even if they go to Harvard😅
https://t.co/fGZHL2Olwh

[Winston Timp @timp0]

Our native RNA sequencing paper as part of the GM12878 RNA consortium is out: (https://t.co/HDWSZKZ2qo). 6 different institutes across two continents worked to generate and analyze ~10M direct RNA sequencing reads. A few highlights:

[Rfam @RfamDB]

Rfam 14.1 is out with R-scape pseudoknot visualisations and 226 new RNA families, including 🥁 drum,➰ skipping-rope, 🐄 cow-rumen, 🌊 Ocean-VII and more. Check out the highlights in this thread or read the full announcement: https://t.co/xPn0AJ1a1d

[Jordan Smoller @jorsmo]

In super impressive plenary @kasper_lage discusses insights from protein-protein interaction networks and introduces a “social Manhattan plot” for schizophrenia #WCPG2019

[Dr. Rebecca Walker @RebLWalker]

I am beyond excited to finally get to share my FIRST-first author paper and what I have been working on for the past 4 years! https://t.co/DQdye8lKJ9

[Space Explorer Mike @MichaelGalanin]

This is what Star Trek's warp speeds actually looks like with real-distance, in real-time, from 1 to 9.9.

Credit: Dr. James O'Donoghue/@physicsJ