YangLab

My team @dukebiochem works on understand membrane ion and lipid transport in health and disease.

[Sơn C Lê @soncongle]

An Additional Ca2+ Binding Site Allosterically Controls TMEM16A Activation https://t.co/bMMo6U8liB

[Journal of General Physiology @JGenPhysiol]

Pengfei Liang and Huanghe Yang @hyanglab show that the activity of TMEM16F, a scramblase and #ionchannel, is regulated by intracellular pH in a Ca2+-dependent manner. https://t.co/OLDuCzd3kA
#Biophysics #CellBiology

[YangLab @hyanglab]

An accidental finding led to an unexpected discovery of TMEM16F in cell-cell fusion and placental biology. Many thanks to Yang Zhang and Trieu Le, as well as my excellent collaborators Liping Feng, Dave Natale, and Hua Pan! https://t.co/87zh1zubJv

[YangLab @hyanglab]

https://t.co/OYA6NUlxY6

[Duke Department of Biochemistry @dukebiochem]

Congratulations to Trieu Le and Nick Wright for their funding award from the @American_Heart. Read more about their research. https://t.co/cVcIfBsLkb @DukeMedSchool

[Duke Department of Biochemistry @dukebiochem]

Trieu Le and @soncongle, grad students in the @hyanglab, each publish papers in @NatureComms. Read more https://t.co/baYKpLYG2u

[YangLab @hyanglab]

@ZhouLufang Light control of mitochondrial function. What a cool idea! Congratulations Lufang and Xiaoguang.

[YangLab @hyanglab]

@cao_chike Congratulations. Nice job.

[nature @Nature]

Research linking fine particulate pollution and premature deaths is under attack in the United States and other countries. https://t.co/Ol68GzNsxO

[NEJM @NEJM]

Clinical Pearls & Morning Reports: Hazardous Chemical Emergencies and Poisonings https://t.co/6Bv2FgXElj via @NEJMres360

[YangLab @hyanglab]

Congratulations, Trieu for your excellent work! Many thanks to our collaborators Jianhan Chen and Zhiguang Jia at UMass for the beautiful computational work. Of cause, this work cannot be done without the great help from @soncongle and Yang Zhang. Thank you all!

[Nature Communications @NatureComms]

The @hyanglab identifies an inner activation gate and its disruption profoundly alters TMEM16F phospholipid permeation.

https://t.co/qhFEgVTzFI

[nature @Nature]

‘Transmissible’ Alzheimer’s: Mouse tests confirm that sticky proteins associated with degenerative brain diseases can be transferred. https://t.co/mZB07QOEgv

[Synthego @Synthego]

We’ve created a useful guide to help beginners learn the
ins and outs of #CRISPR. Get our free eBook today: https://t.co/u33xj8OY61

[YangLab @hyanglab]

https://t.co/G4rVPa6P4q

[Kit D. Longden @TheFlySide]

"...success of trainees is associated with an intellectual synthesis between their mentors’ research." New OA in @NatureComms

You certainly notice when students and PIs have thought together, rather than experienced an opportunity for success together.

https://t.co/uihtRhJbz5

[Scientific American @sciam]

If you're convinced your dog is a genius, you may be disappointed in the conclusions of a new study. https://t.co/UDQQw6zyCe

[Nature Communications @NatureComms]

Cells with tiny lasers inside!

New featured image on our website https://t.co/zp4DaeQLq6

From:
"Non-obstructive intracellular nanolasers"
https://t.co/QX4ZoHQOiI

[NEJM @NEJM]

Tumors depend on phosphatidylinositol 3-kinase (PI3K) signaling to enhance the synthesis of macromolecules and energy from glucose. PI3K inhibitors were designed to block this process and slow tumor growth. Learn more:

[nature @Nature]

What constitutes bullying, why are so many accusations arising and what impact is it having on research? https://t.co/vsthpTq1Bq

[nature @Nature]

All PIs should add relationship building to their to-do lists. https://t.co/uniLWKid8h