Minghui Wang

Quantitative and statistical geneticist. Gene regulatory network inference.

[Minghui Wang @deepstatistics]

Congrats, Yong, Roland, Jenny, Bin, and all the co-authors! I'm incredibly proud of what we’ve accomplished together. Congratulations and looking forward to our next collaboration!

[Friedel Lab @LabFriedel]

Congrats Yong, Minghui, and all team members for our study in @NatureNeuro on importance of receptor #Plexin-B1 in peri-plaque glial net formation in #Alzheimer’s !
https://t.co/fbNyKqKnWT
@yonghuang33 @deepstatistics @SinaiBrain @MountSinaiNeuro @SinaiGenetics @IcahnInstitute

[Minghui Wang @deepstatistics]

@LabFriedel @NatureNeuro @yonghuang33 @SinaiBrain @MountSinaiNeuro @SinaiGenetics @IcahnInstitute Congratulations Roland and all! I’m so proud of what we’ve achieved together.

[Friedel Lab @LabFriedel]

Congrats Yong, Minghui, and all team members for our study in @NatureNeuro on importance of receptor #Plexin-B1 in peri-plaque glial net formation in #Alzheimer’s !
https://t.co/fbNyKqKnWT
@yonghuang33 @deepstatistics @SinaiBrain @MountSinaiNeuro @SinaiGenetics @IcahnInstitute

[Minghui Wang @deepstatistics]

AlphaFold is out there! https://t.co/ff1PQB9h73

[Science Magazine @ScienceMagazine]

In a new Science study, researchers present #RoseTTAFold—an #AI network that produces structure predictions with accuracies approaching those of DeepMind’s AlphaFold2. The tool’s code is freely available.

Read more: https://t.co/602WVNVaR3

[Eric Topol @EricTopol]

What do you get when you assess 58 quantitative traits in 162K people?
https://t.co/SwTpAFgytO @NatureGenet
Utter complexity ;-)

[Cell @CellCellPress]

The walking-like behaviors of the little skate show ancient origins of #neural substrates for #walking on land --> https://t.co/ACh0mqQs6o

[Ma'ayan Lab @MaayanLab]

.@AviMaayan confirmed speaker for the 11th Annual International Conference on Systems Biology of Human Disease @sbhd18 @UCLA https://t.co/hsieYeagDN

[Zichen Wang @ZichenWangPhD]

#Transcriptomic analysis uncovers novel synergistic mechanisms in combination therapy for #lupus... - reviewed in @F1000 https://t.co/TZmU3bkgMd

[Zichen Wang @ZichenWangPhD]

The Library of Integrated Network-Based Cellular Signatures NIH Program: System-Level Cataloging of Human Cells Response to Perturbations https://t.co/1p6g76le1m

[Piero Carninci @carninci]

Human Genome Meeting in Yokohama, March 12-15 2018
New session: Meet the Editors (Science, Nature, Nature Genetics, Genome Research, EMBO and Human Genomics)
Still time to register!
Updated program https://t.co/zQmLcL65jT
@humangenomeorg @genomeresearch @Magda_Skipper @riken_en

[Genome Medicine @GenomeMedicine]

Comment from Guo-li Ming &co: Synaptic dysfunction in complex psychiatric disorders: from genetics to mechanisms https://t.co/iDe6z9yPWl

[AviMaayan @AviMaayan]

L1000FWD: Fireworks visualization of drug-induced transcriptomic signatures | Bioinformatics | Oxford Academic https://t.co/dSTCCouVKF

[Harvard Medical School @harvardmed]

New discovery could lead to strategies for treating dopamine-related conditions such as Parkinson’s https://t.co/kVz6bOlG4T

[Eric Topol @EricTopol]

The danger of fructose overdose, newly understood
https://t.co/X2R72EDF0n @Cell_Metabolism @CellPressNews @Princeton https://t.co/Yl8dX8zHOd @TheEconomist @EconSciTech

[Eric Topol @EricTopol]

An exceptional review of human transcriptional factors https://t.co/xPLOAhLPUP @CellCellPress @CellPressNews

[Hawkins Lab @hawkins_lab]

Specification of silencer elements in the human and mouse genomes! See our preprint. https://t.co/USFb4YP51D @biorxivpreprint #genome #enhancers except when they're silencers. #chromatin

[Eric Topol @EricTopol]

Defining causal genomic variants by classical genetics, good old meiotic recombination @CellCellPress @CellPressNews
https://t.co/EsmHOCeUYd

[Nature Methods @naturemethods]

3DModNet finds TADs, subTADs and loops in Hi-C data. https://t.co/YVSYdx88oN