Asmita Singh

#Postdoc @NIH/NIEHS @Placental Cell Biology Lab.

# Ph.D.@CSIR-IMTech/JNU #Research Enthusiast.

[Cell Biology J-Club @cell_club]

Lipid-manager autophagy proteins ATG2 and ATG9 regulate extracellular vesicle secretion via amphisome biogenesis and cell lipidome modulation | Nature Communications https://t.co/iWSThxd1b5

[Asmita Singh @Asmita_asmi_]

I hope enjoy reading it.
https://t.co/bSOZc8jHL4
#NatureCommunications #ExtracellularVesicles #Autophagy #CellBiology #Postdoc #Research

[Asmita Singh @Asmita_asmi_]

New paper alert🔔 ‼️
Excited to share-paper from my postdoc work @NatureComms! In this work, we show that ATG9A and ATG2A/B link autophagy and small extracellular vesicle (sEV) secretion through lipid-dependent regulation, revealing a new mechanism that connects these pathways.

[Trends Cell Biology @TrendsCellBio]

Repair condensates and lipid domains in lysosome integrity https://t.co/ZbdMAW1vDJ

[Deepak Modi @DeepakNModi]

Hot from the lab. our preprint showing that embryo implantation requires #inflammation that is controlled by HOXA10, and dysregulation of the HOXA10-inflammation axis is associated with #miscarriage
https://t.co/rrmUn7mb2T
@ponsankaran_r @Sharmishth38157 @icmrnirrch @ICMRDELHI

[Oded Rechavi @OdedRechavi]

IT'S HAPPENING! 💥 I'm psyched to launch the collaboration between @qedScience & @openrxiv @biorxivpreprint! Let's go back to concentrating on making discoveries, and not on “getting published”, because it’s not going to matter soon, when feedback & evaluation are detached from the journals. Preprint + q.e.d = your science is out there, and anyone can appreciate it 👇

[Nancy Padilla Coreano @DrNancyPadilla]

Despite the madness of academic research this year, there are many trainees whose careers are still progressing. There are faculty jobs out there and here we put together some advice targeted to those sending faculty job apps. Please help share!!

[Exodus Bio @exodus_bio]

We hosted our first #EXODUSSymposium at The Engine today, thank you to all who joined and made it impactful for the EVs field! Grateful to our amazing speakers bridging academia & industry. See you next year!
#ExtracellularVesicle #DrugDelivery #Biomarker #PersonalizedMedicine

[Kalluri Lab @KalluriLab]

🎉 It’s Official! Our phase 1️⃣ trial of iExosomes in metastatic pancreatic cancer is now published in @NatureComms

Zero DLTs in this first-in-human trial of systemically administered engineered exosomes targeting KRAS G12D ‼️

Phase 2️⃣ is underway!

https://t.co/6AdEqYLRJ0

[Nature Metabolism @NatMetabolism]

BDH2-driven lysosome-to-mitochondria iron transfer shapes ferroptosis vulnerability of the melanoma cell states https://t.co/8mFdIsdzMQ

[SSR @SSRepro]

Mentoring relationships can be incredibly rewarding, but what happens when they're simply not working?

Dr. Marisa Bartolomei offers bold advice: 'If a mentor, mentee relationship is not working... you have to cut losses.'

Listen to the full episode 🎧 https://t.co/Jj5dz80zop

[Asmita Singh @Asmita_asmi_]

@EstermannMartin Congratulations to you and the team 🥳

[Raghu Kalluri @rkalluriMDPhD]

📣Coming Soon: Extracellular Vesicles and Exosomes Biology Core Facility (EVcore)

A first of its kind facility to support your EV research needs including isolation, characterization, imaging, engineering and more.

Grateful to @CPRITTexas for supporting this resource. Stay tuned for more information!

https://t.co/XrQpeEqsHH

[Ming "Tommy" Tang @tangming2005]

🧵 You’re not behind in bioinformatics. The field just evolves faster than anyone can follow.
1/ It’s not you.
Bioinformatics evolves too fast.
And not just from new algorithms—
But from how fast technology itself changes.

[Journal of Cell Biology @JCellBiol]

Justin Krish Williams, Randy Schekman et al. @ucberkeley show that human cells shed extracellular vesicles in order to repair their membranes. https://t.co/hgS1mXxkc5

#EVs #Exosomes

[eLife - the journal @eLife]

Organoids derived from placental tissue can be used to study processes involving syncytiotrophoblasts – cells that contain billions of nuclei – in the placenta. #DevBio
https://t.co/3qRuCYBOD0

[Spencer Freeman @spencerSK1]

We’ve engineered stable cell systems to induce lipid scrambling of the plasma membrane with active forms of TMEM16F. Scrambling alone causes vesiculation (🔵TMEM16F; 🟠PS/Annexin V). Let us know if you want to try the cells out. Preprint: https://t.co/KuSQ16WE6X

[Oded Rechavi @OdedRechavi]

Every seminar in history

[James Olzmann @OlzmannLab]

Excited to see our N&V w/ @MikeLangePhD published in @Nature, highlighting new work from Raphael Rodriguez and team. A heterofunctional molecule that activates lysosomal iron triggers lipid peroxidation and ferroptosis in therapy-resistant cancer cells. https://t.co/JEXp0ukdnv

[Journal of Cell Biology @JCellBiol]

Park, Sherwood et al. show that de novo lipid synthesis and polarized prenylation drives cell invasion through basement membrane https://t.co/f6yvuWYOZt

📙 In our #Cancer Cell Biology collection: https://t.co/3DeJyRbkKk
#AACR25