Troyanskaya Lab

This account is run by Olga Troyanskaya and her group focusing on computational functional genomics at Princeton University.

[Troyanskaya Lab @TroyanskayaLab]

@andrewsu you also might find MetaSRA useful https://t.co/vqF9HmZfKL

[Jian Zhou @zhou_jian]

The Sei web server on humanbase (https://t.co/UmKdLkLPRt) is now updated to add the capability of computing Sei predictions including sequence class scores for any user-provided sequences or variants (big thanks to @wongak!)

[Jian Zhou @zhou_jian]

@kathyxchen’s paper for sequence-based global map of regulatory activity is now out (https://t.co/a9Ul7I1rHv)! Congratulations to all co-authors @wongak @OlgaTroyanskaya. Thanks to @anshulkundaje and @nameluem for the News & Views!

[NatRevMaterials @NatRevMater]

Machine learning in materials science! All our articles on machine learning in one collection, featuring @EKumachevaGroup @A_Aspuru_Guzik @TroyanskayaLab @draykol @SmitBerend @GormleyLab @xmwebb @NAresgroup @MKrallinger and many more - Check it out 😎https://t.co/EfmFhGmPMd

[Kathy Chen @kathyxchen]

Our new preprint (w/ @zhou_jian) is out! 🎉 We developed sequence classes, which allow for easily interpretable yet systematic quantification of the regulatory activities for any sequence & variant, using deep learning-based sequence modeling. (1/13) https://t.co/0xt31Ng9Yu

[Nature Reviews Genetics @NatureRevGenet]

Decoding disease: from genomes to networks to phenotypes https://t.co/ypsWw66eXs #Review by @wongak, Rachel S. G. Sealfon, Chandra L. Theesfeld & @OlgaTroyanskaya @TroyanskayaLab @FlatironCCB @FlatironInst @Princeton @PrincetonHive

[Troyanskaya Lab @TroyanskayaLab]

Check out our latest review in NRG on decoding disease - from genomes to networks to phenotypes!
https://t.co/wIvZTgldzG

[Troyanskaya Lab @TroyanskayaLab]

Check out our review of machine learning methods to model multicellular complexity!

[NatRevMaterials @NatRevMater]

High-throughput experiments generate large data sets that allow the study of multicellular complexity; #MachineLearning can help analyse, interpret and model these datasets. Read more in the Review by Rachel Sealfon, @wongak & @OlgaTroyanskaya: https://t.co/c1CgEWESRO

[NatRevMaterials @NatRevMater]

High-throughput experiments generate large data sets that allow the study of multicellular complexity; #MachineLearning can help analyse, interpret and model these datasets. Read more in the Review by Rachel Sealfon, @wongak & @OlgaTroyanskaya: https://t.co/c1CgEWESRO

[UCSF Helen Diller Family Comprehensive Cancer Ctr @UCSFCancer]

Combing through millions of possible protein combinations to assemble a catalog that could be used to precisely target only cancer cells while leaving normal ones alone. Kudos to @limlab @UCSF @OlgaTroyanskaya @TroyanskayaLab https://t.co/z7weJPLOgB

[Arjun Krishnan @compbiologist]

It's #OlgaFest today in Michigan! 😀

@OlgaTroyanskaya's academic children & grandchildren are speaking in today's @WomenPlusData webinar hosted jointly by @UMich and @michiganstateu!

[Olga Troyanskaya @OlgaTroyanskaya]

Check out https://t.co/jmUIZaG7Qd - from tissue-specific networks to mutational regulatory impact to disease gene prediction. Project lead by the amazing @wongak Nicely described in https://t.co/6YfFb54RHH @SimonsFdn @FlatironInst @FlatironCCB

[Troyanskaya Lab @TroyanskayaLab]

thrilled to be a part of this collaboration and apply our cell-type specific networks at @HumanBaseFI to COVID-19.

[Abhijit (Jeet) Naik @minimalchange]

SARS-CoV-2 receptor networks in diabetic and COVID-19 associated kidney disease https://t.co/ogwSMSKybT . @MiKTMC @UMichKidney @umichmedicine @Berthiercc @OlgaTroyanskaya .

[medRxiv @medrxivpreprint]

SARS-CoV-2 receptor networks in diabetic kidney disease, BK-Virus nephropathy and COVID-19 associated acute kidney injury https://t.co/UlMoXxnzeX #medRxiv

[Jian Zhou @zhou_jian]

Hi genomics community! I recently started my own group at UTSW. We are looking for postdoc and students interested in machine learning and genomics to join us in our adventures in new frontiers! Please RT or forward to any potential interested candidates https://t.co/OeaYVHvuQf

[Olga Troyanskaya @OlgaTroyanskaya]

Our latest paper on noncoding contributions in #autism using deep learning models is out in @NatureGenet. De novo noncoding variants contribute to # of cases comparable to coding. With @darnelr @zhou_jian @pazpark @chandralt4 @simonsFdn @princeton #WGS https://t.co/5cEPbscxfM

[Olga Troyanskaya @OlgaTroyanskaya]

Great description of our work out at Nature Genetics: "AI Accurately Predicts Effects of Genetic Mutations in Biological Dark Matter" https://t.co/MgfTKonbeN @FlatironInst @FlatironCCB @SimonsFdn @EPrinceton @PrincetonCS @princetonideas

[Olga Troyanskaya @OlgaTroyanskaya]

ExPecto predicts tissue-specific expression and variant effect ab initio from sequence, prioritizes all GWAS variants, generates in silico mutagenesis of all TSS proximal regions, and provides a link to evolutionary constraints on gene expression. https://t.co/5YDmFAk9sV

[Olga Troyanskaya @OlgaTroyanskaya]

Proud of our discovery of noncoding regulatory signal in autism. Independently confirmed in discovery and replication cohorts for both DNA and RNA regulation. #deeplearning #WGS #autism #ASD https://t.co/UQvXYMktsR

[Vijay Sankaran @bloodgenes]

Great talk from @OlgaTroyanskaya on predicting effects of mutations with DeepSEA and now being able to predict tissue specific gene expression with new ExPecto approach. Valuable for GWAS causal variant prioritization and de novo calling of disease variants #T2G18