Chao Wang

Assistant Professor at The Scintillon Research Institute

[Valentin F. Cracan @VFCracan]

I am thrilled to share that I have been officially promoted to Associate Professor at the Scintillon Institute @Scintillon. I am proud of this milestone and grateful to my colleagues and the exceptional trainees in my group. Your dedication, ideas, and hard work have been invaluable, and I could not be prouder of what we are building together. I am also deeply grateful to everyone who provided their support letters.

[Chao Wang @ChaoWangBiochem]

@VFCracan @Scintillon I’m very happy to hear the great news. This promotion is well deserved! My warm congratulations to you!

[Peng Wu @pengwuTSRI]

1/ Thrilled to share an exciting discovery @ ChaoWangBiochem: Reshaping the tumor microenvironment by degrading glycoimmune checkpoints Siglec-7 and -9 #glycotime https://t.co/AJpZSf7JHP

[Chao Wang @ChaoWangBiochem]

@pengwuTSRI I also extend my gratitude to Dr. Xu Zhou (@XuZhouLab) and Dr. Matthew Macauley (@MatthewMacaule4) for their insightful discussions, as well as to my colleagues, Yingqin, Jerry, and many others for their significant contributions.

[Chao Wang @ChaoWangBiochem]

@pengwuTSRI I sincerely thank my mentor, Dr. Peng Wu (@pengwuTSRI), for his invaluable support and guidance in completing this work.

[Covalent Modifiers @CovalentMod]

Mapping the chemical space of active-site targeted covalent ligands for protein tyrosine phosphatases https://t.co/DvYN65Xtwj

[Stanford Radiology @StanfordRad]

The lab of @CarolynBertozzi discovered a biomolecule that could be present in all forms of life. "This is a stunning discovery of an entirely new class of biomolecules,” said Bertozzi. She is affiliated with @StanfordUChem @Stanford_ChEMH @StanfordMCHRI

https://t.co/XHaJ5Dhvds

[Nature Biotechnology @NatureBiotech]

Reimagining high-throughput profiling of reactive cysteines for cell-based screening of large electrophile libraries https://t.co/omiPnbXUcr

[Yonghao Yu Lab - Hiring now! @yu_yonghao]

Will present our most recent work, including PARylation proteomics, PARP PROTAC compounds, PARP trapping, etc, at the PARP CSHL meeting. The talk will be in the PM session on Friday.

https://t.co/NCCZ5o5TB9

[Matthew Bogyo @mbogyo]

I am excited to announce the publication of our work using phage display to engineer highly selective covalent inhibitors. This project started back in 2012 and it is very exciting to see it finally in print. Great work Shiyu, @scottlovell34 and others.https://t.co/qBEfeKtM4G

[Peng Wu @pengwuTSRI]

Such a nice perspective of FucoID by Dr. Elledge @BrighamWomens and a sweet title
Some Like It Sweet: Dendritic Cells Add Sugar to Their T(ea) @SFGlycobiology #glycotime #immunooncology https://t.co/ltnPXV1pHp

[Peng Wu @pengwuTSRI]

We have a postdoc opening starting in January, using FucoID to detect antigen-specific T cells in human cancer patient samples and in murine autoimmune disease models #glycotime #immunotherapy

[Peng Wu @pengwuTSRI]

1/3 What are the endogenous tumor antigen-specific T cells? What are their properties? Our magical fucosyltransferase-enabled FucoID help to address these fundamental questions #glycotime #immunotherapy @SFGlycobiology https://t.co/RdPWLVGymm

[Chao Wang @ChaoWangBiochem]

@pengwuTSRI Look forward to it.

[Peng Wu @pengwuTSRI]

Prof. Sharpless and I will be hosting Yonghao for a seminar on 10/23

[Nature Chemical Biology @nchembio]

Hening Lin, Maurine Linder & colleagues show that a palmitoylation/depalmitoylation cycle on STAT3 affects its subcellular localization and ability to promote TH17 cell differentiation and limit TH17-linked IBD @nature free-to-read: https://t.co/XASYAXGubh

[Peng Wu @pengwuTSRI]

A gift from @JanSharpless. In the background, Antonella, me and Zach, three students @ScrippsGradPrgm. 19 years have passed. Time flies.

[GlycoNet @glyconet_nce]

This Wednesday, tune in to chat w/ Drs. Mary Cloninger (@montanastate) & @pumtiwitt (@MorganStateU) in our Meet the Speakers event! Ask them anything from research discoveries to career inspirations! This networking event is free to attend: https://t.co/Ssa64FIjFa

[Alice Ting @aliceyting]

Mouse secretome atlas using TurboID, from Jon Long's lab @Stanford!

TurboID expressed in the ER lumen of 4 different cell types, & biotinylated proteins enriched from plasma & analyzed by MS.

Dynamic profiling +/- high fructose/sucrose diet as well.

https://t.co/OgzbRdRn2n

[Katya Vinogradova @katenokv]

St Jude is hosting some interesting Symposia this week! Transcription Therapy + Chemical Biology and Therapeutics. https://t.co/qUPmQQe7DY