Neng Wan

PhD from Yale; Postdoc in Rapoport Lab at Harvard. #Cell Biology🧪

[Min WU @WUMIN_LAB]

Excited to share our latest work: Mitotic Cdc42 waves encode PI(3,4)P2 signaling and Golgi morphological state to control spindle scaling | Science Advances

https://t.co/ugwVMi2l0Z

[NatureStructMolBiol @NatureSMB]

New online! A single-vesicle fluorescence microscopy platform to quantify phospholipid scrambling https://t.co/iXusG3uEwJ

[Neng Wan @HUST_NengWan]

Congratulations to my mentor Karin and team!

[Dazhi Li @DazhiLi6]

Reinisch's lab work with @LabVanni, now is online in Cell!! Combining cryoEM and MD simulations, we reveal how the bridge-like lipid-transfer protein VPS13A coordinates with the scramblase XK to deliver and redistribute lipids to plasma membrane. https://t.co/OjrCbz5LPf

[Neng Wan @HUST_NengWan]

Pietro is a role model of younger generations who has the dream of pursuing scientific discovery!

[Yale Neuroscience @YaleNeuro]

"I always wanted to be a scientist."

De Camilli’s journey from curious observation of nature as a child to understanding the molecular machinery of the brain has consistently been driven by an unwavering commitment to understanding life. @PDClab

https://t.co/pkjJBtrg5Y

[Journal of Cell Biology @JCellBiol]

Covill-Cooke, Hirashima, Kawano, Endo, Kornmann @UniofOxford and colleagues find that the ERMES #lipid-transporting complex, long-thought to be an obligate heterotetramer, can be replaced by only one component: mitochondrially tethered Mmm1. https://t.co/ClOi3Vigfq

#Mitochondria

[Neng Wan @HUST_NengWan]

@guo_lab @YaleMed I seriously miss the food trucks in New Haven!

[Amit Joshi @amtya21]

Excited to share new preprint from the lab. Here we show that Pex30 reticulon homology domains generate membrane curvature and increase membrane thickness at ER subdomains that affects LD biogenesis.

https://t.co/2cfwbSa0zW

[Jianfeng Lin @Jian91082874]

Yale University is recruiting a Staff Scientist II to join the Yale CryoEM Resource team and support our growing cryoEM community. Please take a look and share with anyone who may be interested: https://t.co/ay6ixzt4Kh

[Neng Wan @HUST_NengWan]

@WUMIN_LAB Congratulations! Although I have never understood the “waves@….

[73 @cheesan_tong]

New paper from the Wu Lab! Congrats XJ!

Distinct impact of PI(4)P flux on PI(4,5)P2 steady states and oscillations | PNAS

https://t.co/tTepmHp3cW

[Neng Wan @HUST_NengWan]

@Sankew06 Google map basically does inside the tunnel:)

[Neng Wan @HUST_NengWan]

Due to the storm I guess, my IDT Oligos were stuck on the road already for almost a week. Can someone @idtdna or @FedEx help? @FedExHelp

[Yongli Zhang Lab at Yale @ZhanglabY]

New in Cell Reports: SNAP-25 SNAREopathy variants (I192T/I192N) destabilize the SNARE complex C-terminus, ... Congrats and thank you to our collaborator Jakob B. Sørensen and co-first authors Victoria Vold & Jie Yang! https://t.co/6Ne0rjFk4f

[Neng Wan @HUST_NengWan]

@ZhanglabY Congratulations!

[Journal of Cell Biology @JCellBiol]

Kim, Parolek, and Burd @YaleCellBio show that depletion of #cholesterol increases #sphingomyelin synthesis as a result of increased coatomer II–mediated endoplasmic reticulum-to-#Golgi #trafficking of #ceramide, the precursor to sphingomyelin. https://t.co/FgqgGIHuvo

[Cell Biology J-Club @cell_club]

Cholesterol depletion activates trafficking-coupled sphingolipid synthesis https://t.co/5ropgIE1Vj

[Nature Reviews Molecular Cell Biology @NatRevMCB]

New Online! Heterogeneity, dynamics and organelle interactions of lipid droplets https://t.co/vGUvKcXuRW

[bioRxiv Immunology @biorxiv_immuno]

Regulation of STING activation by phosphoinositide and cholesterol https://t.co/yvE5KdjAqD #biorxiv_immuno

[Neng Wan @HUST_NengWan]

@elonmusk @robotaxi Hey Elon, do you think that robotaxi will work just as fine in Boston? Sometimes the roads are super confusing.🫤

[Neng Wan @HUST_NengWan]

Congratulations to Greg and his team, who was sitting in our bay during his sabbatical.

[Malopolska Centre of Biotechnology UJ @MCB_UJ]

#newpaper
MCB scientists revealed using cryoEM how the Chagas parasite imports proteins. Just published in @NatureComms. Congratulations!
https://t.co/cCPRkZLqMW
@JagiellonskiUni @SOLARIS_science #structuralbiology