Zhouping Hong

Postdoc at Harvard/BCH @WuLabHarvard. PhD @YaleCellBio, Reinisch lab. Interested in inflammasome, organelle dynamics, and membrane, and protein homeostasis.

[Zhouping Hong @ZhoupingH]

New work from the Reinisch lab at @YaleCellBio with the help of @TJ_MeliaLab and the Burke lab: Spartin-mediated lipid transfer facilitates lipid droplet turnover

[bioRxiv Cell Biology @biorxiv_cellbio]

Spartin-mediated lipid transfer facilitates lipid droplet turnover https://t.co/IRmQmypB2t #biorxiv_cellbio

[Zhouping Hong @ZhoupingH]

Congratulations to @XinboWang8 on the interesting finding of LRRK2's membrane remodeling ability!

[Yale Cell Biology @YaleCellBio]

Mutations in LRRK2 are likely causative of Parkinson's Disease but LRRK2's function remains elusive. Exciting new work from @XinboWang8 from @PDClab show a remarkable membrane remodeling activity!

https://t.co/I08rvJ5OJE

[Mals Mariappan @MariappanLab]

Nascent Chain Ubiquitination is Uncoupled from Degradation to Enable Protein Maturation https://t.co/dPXt3W67bg

[VanniLab @LabVanni]

Let’s start the week in style: just out in Biorxiv one of the most important results from my lab, with the Reinisch lab @YaleMed:
“Lipid scrambling is a general feature of protein insertases”.
The title pretty much sums it up. Short 🧵(1/13).
https://t.co/KCe85PMqR9

[Zhouping Hong @ZhoupingH]

@JLeonard_01 @TJ_MeliaLab Congrats, Justin

[Zhouping Hong @ZhoupingH]

@cheesan_tong @WUMIN_LAB Congrats!

[Bewersdorf Lab @bewersdorflab]

⚡️FLASH-PAINT 💡- rapid, highly efficient multiplexing (super-resolution) microscopy - is out on bioRxiv. (https://t.co/3xxg6jyMDL) We hope our 12-color super-resolution images electrify you as much as us: cellular complexity unlocked! @FSchueder @YaleCellBio #DNAPAINT🧬🔬

[Journal of Cell Biology @JCellBiol]

Rahel Dabrowski @DabrowskiRahel, Susanna Tulli @susanna_tulli, & Martin Graef @GraefLab discover that two conserved bridge-like tether proteins, Atg2 & Vps13, drive parallel phospholipid transfer into rapidly forming autophagosomes during #autophagy https://t.co/o3eh2DpftX

[Zhouping Hong @ZhoupingH]

@PaolaVFigueroa @YaleCellBio Thank you, Paola!

[Zhouping Hong @ZhoupingH]

@EmmaNotCarley Thank you, Emma

[Zhouping Hong @ZhoupingH]

Glad to defend my thesis in person!!! Thank you all in @YaleCellBio for your help during the last five years😁😁😁

[Yale Cell Biology @YaleCellBio]

Masterful defense by @ZhoupingH from Karin Reinisch's lab - Congratulations!!

[Cell Biology J-Club @cell_club]

Mitochondria regulate intracellular coenzyme Q transport and ferroptotic resistance via STARD7
https://t.co/Fr1Vxq41tw

[Zhouping Hong @ZhoupingH]

The Mi lab at Yale School of Medicine is recruiting postdocs. Wei is on my thesis committee and super nice.

[Wei Mi lab @weimi11]

We are looking for postdocs with bacterial genetics, fluorescence microscopy or structural biology background. Please RT!
https://t.co/USlMEhb0Xi

[Journal of Cell Biology @JCellBiol]

Signal sequences encode information for protein folding in the endoplasmic reticulum, say Sha Sun, Xia Li, and Malaiyalam Mariappan @MariappanLab @yalewestcampus @YaleCellBio: https://t.co/jIIR6Hrx0M

#ProteinHomeostasis #Biochemistry

[Zhouping Hong @ZhoupingH]

Got my negative COVID test results yesterday. Haven’t heard anyone catch COVID during the @ASCBiology #cellbio2022 . That’s a big success already. Not to mention the great science and connections I learned and made.😆😆😆

[Melia Lab @TJ_MeliaLab]

The Melia Lab is excited for #CellBio2022! Check out posters by our awesome grad students at the Autophagy session on Sunday (@TheFullerLife64 B577 and @em_guinn B578) and Establishing and Maintaining Organelle Structure on Monday (@tjolivas B433 and Justin Korfhage B432). (1/2)

[Zhouping Hong @ZhoupingH]

Tomorrow at 12.15-13.45pm @ASCBiology #CellBio2022 , please find me at board No. 448 for details about mitoduardin-2.😁😁😁

[Zhouping Hong @ZhoupingH]

Attending the #CellBio2022 for the first time. I will present my work on mitoguardin 2 with poster P2124 titled "MIGA2 is a lipid transporter and its lipid transfer ability is essential for its role in mitochondrial and lipid droplet biology" in Organelle Contact Sites session.

[Zhouping Hong @ZhoupingH]

Attending the #CellBio2022 for the first time. I will present my work on mitoguardin 2 with poster P2124 titled "MIGA2 is a lipid transporter and its lipid transfer ability is essential for its role in mitochondrial and lipid droplet biology" in Organelle Contact Sites session.

[Graef Lab @GraefLab]

First transatlantic preprint from the @GraefLab! We found that Atg2 cooperates with Vps13 to channel phospholipids into autophagosome membranes during #autophagy. Very proud of the work from @DabrowskiRahel and @susanna_tulli!
https://t.co/zZTfxdD4ow

[Journal of Cell Biology @JCellBiol]

Mitoguardin-2–mediated lipid transfer preserves mitochondrial morphology and #LipidDroplet formation, say Zhouping Hong @ZhoupingH, Karin Reinisch and colleagues @YaleCellBio: https://t.co/QHO5RbQCBz

#Organelles #Membrane #lipid #mitochondria #ER_literature