Xinghong Dai Lab

We are the Xinghong Dai Lab @CWRU @CWRUSOM. We study viruses, virus-host interactions, membrane proteins etc. with #cryoEM and #cryoET.

[Xinghong Dai Lab @DaiLab_CWRU]

Structural Mechanisms of SAMD9 Autoinhibition and Pathogenic Dysregulation https://t.co/jLR0IMdEGz

[Xinghong Dai Lab @DaiLab_CWRU]

@HuiWang007 Congratulations! Beautiful work!

[Xinghong Dai Lab @DaiLab_CWRU]

@ZhaozhuQ Congratulations Zhaozhu!

[Xinghong Dai Lab @DaiLab_CWRU]

@yiweichang Congratulations Yi-Wei and team!

[Xinghong Dai Lab @DaiLab_CWRU]

@futianmin is one of the best speakers I’ve known. Looking forward to the talk!

[Xinghong Dai Lab @DaiLab_CWRU]

@zhou_lab @ShihengLiu Feeling very proud as a @zhou_lab alumnus 🐮🐮🐮 Congratulations guys!

[The Zhou Lab @zhou_lab]

Check out our cryoEM result of mRNA editosome in Trypanosoma brucei! Awesome collaboration with Aphasizhev lab from Boston U. Many congrats to Bruce @ShihengLiu⁩ and other coauthors for another wonderful piece of work! https://t.co/fRpZmH3Yfq

[Xinghong Dai Lab @DaiLab_CWRU]

@Millie23231 Run away and take a vocation!😉

[Prof. Hao Wu @WuLabHarvard]

We are excited to share NINJ1 structure and mechanism on BioRxiv that suggest NINJ1 dissolves membranes as a "Ninja" cookie cutter to complete lytic cell death. https://t.co/9PhBG6WE9o by Liron David and Bobby Hollingdworth @LironDavid2 @BobbyHollings

[Xinghong Dai Lab @DaiLab_CWRU]

Happy to share our story on NINJ1, NINJ2 and plasma membrane rupture. The NINJ1 part has a similar structure but different perspective on the mechanism compared to what was published two weeks ago by the @HillerLab @Nature Stay tuned for a similar story from the @WuLabHarvard
.

[bioRxiv @biorxivpreprint]

How NINJ1 mediates plasma membrane rupture and why NINJ2 cannot https://t.co/rgyZrsvePe #bioRxiv