devikaA

Postdoc @Dartmouth

[sukrut @SukrutKamerkar]

Happy to share my work from @hhiggs Lab in @ScienceAdvances. We reveal how the mitochondrial protein LACTB orchestrates inner-membrane remodeling to release death signals—offering a fresh angle on cancer cell survival @DartmouthBCB @Dartmouth
https://t.co/6Wu1999htF

[sukrut @SukrutKamerkar]

Happy to share my work from Higgs Lab @Dartmouth on BioRxiv! We show that LACTB—a filament-forming serine protease & tumor suppressor—is essential for apoptosis-induced IMM remodeling, promoting cytochrome c release. #Mitochondria #Apoptosis
https://t.co/Dt6xJW9GuC

[Ragusa Lab @RagusaLab]

We get so focused on research it can be hard to take a step back and listen to other peoples stories. Check out @dartmouth postdoc @SukrutKamerkar's excellent perspective on supporting one another, published in @ScienceMagazine .

https://t.co/toJzKHOQmk

[sukrut @SukrutKamerkar]

Exciting news! 🌟 Explore the world of science with Jidnyasa Vigyaan. 🚀 Our videos, originally in Marathi, now in English too, aim to ignite curiosity in kids through fun experiments at home. Check out Glow in the Dark, DIY Microscope, and more at https://t.co/rEu2Orgtak!

[devikaA @Devika_An]

Happy to share work from my postdoc on @biorxivpreprint where we reconstitute the first steps in mitophagy!

[Ragusa Lab @RagusaLab]

New paper up on bioRxiv https://t.co/VqNKaWeO9g
Awesome work from @Devika_An demonstrating what types of tethering you can reconstitute with GUVs and liposomes in vitro.
She also shows that Atg11 can bind some membranes and recruit them to Atg32 coated GUVs.

[Ragusa Lab @RagusaLab]

Huge congratulations to these three awesome Ragusa Lab Ph.D. students who all returned to Hanover to participate in graduation last weekend. Congratulations Dr. Bauer, Dr. Leary and Dr. Reinhart!

[Ragusa Lab @RagusaLab]

Super thankful to get to work with this amazing group of scientists every day in the lab.

[Ragusa Lab @RagusaLab]

A huge congratulations to graduate student Kelsie Leary. Her watercolor painting now appears on the cover of this months Autophagy. You can checkout the current issue of Autophagy at https://t.co/6M1wtBMAAp

[Dartmouth GSC @DartGSC]

From GSC President Irma Vlasac:

On behalf of the Dartmouth Graduate Student Council, I write today to express the frustration and fear we feel as graduate students regarding the recent assault that occurred on Sunday September 19th (more in 🧵)

[Harsh Goenka @hvgoenka]

Why sometimes history books need to be corrected…

[sukrut @SukrutKamerkar]

I am happy to share that my postdoc work in Roop Mallik's Lab just got published.
Enjoyed developing a novel assay to mimic ER-LD contact in collaboration with @Jagjeet51992! Thank you @BSBEIitb @TIFRScience for supporting this work!
Do check it out: https://t.co/kVwkaG3NZG

[Ragusa Lab @RagusaLab]

Have you ever wondered how your favorite #autophagy protein in yeast was shown to bind #membranes? Check out our new review summarizing this literature. Awesome work by graduate student Kelsie Leary summarizing all of this data.

https://t.co/4x10AlFTLp

[devikaA @Devika_An]

Excited for our latest work showing membrane tethering by a coiled-coil protein Atg23! That’s two in a week for @RagusaLab!
https://t.co/FM88u2Yl1m

[Ragusa Lab @RagusaLab]

I am excited to announce another new paper from the lab which is out in @CellReports today. This paper was a wonderful collaboration with the Klionsky Laboratory. In it, we show that Atg23 is a coiled-coil tethering protein. https://t.co/v2IKWn2lHA

[devikaA @Devika_An]

Happy to contribute in the latest work from @RagusaLab showing distinct membrane remodelling properties of SNX-BAR proteins. Congratulations Erin, Sarah and @KatieBauer93 !

[Ragusa Lab @RagusaLab]

Our newest paper exploring the membrane binding and remodeling properties of two related but distinct SNX-BAR complexes (Atg24/Atg24 and Atg20/Atg24) involved in autophagy is now online in @BiochemistryACS . https://t.co/VL1QTvx3mH

[devikaA @Devika_An]

Excited to share a part of my graduate work. In collaboration with @TPucadyil and @himanikhurrana !

[Himani Khurana @himanidkhurana]

Delighted to share our latest paper describing a pull-down strategy to analyse protein complexes on diffusible membrane bilayers supported on silica beads. An enriching collaboration with @Devika_An & @TPucadyil. Grateful for all feedback from the group! https://t.co/tT4QnLaEuH

[Ragusa Lab @RagusaLab]

There's a new autophagy journal. Autophagy Reports is the sister journal of Autophagy and is open access. I am very excited to be part of the editorial board for this new journal. They are now accepting article submissions. https://t.co/DOA7MafCY1

[Kunal Sarangi 🇮🇳 @KunalSarangi]

Dear @DrSJaishankar Sir, around 3000 medical students from 🇮🇳(approx 250-300 from #Jharkhand) are set to lose an academic year as they can’t return to Philippines due to the ban by @DFAPHL
Plz help them resume their studies.
@meaMADAD @indembmanila #TakeMedStudentsBackToPH

[Kaustuv Bhattamishra @SAVINGLIVES711]

We are Indian Medical Students Studying in Philippines, willing to go back to resume our classes, but we are unable to do so due to travel ban. Please help us to travel back to Philippines. Thank You 🙏🏻 @DrSJaishankar @shambhukumaran @indembmanila @meaMADAD @OIA_MEA @MEAIndia

[devikaA @Devika_An]

@DeepaSubramany4 @India_Alliance @IISERPune Great news! Congratulations Raghav!

[devikaA @Devika_An]

Exciting work by @SukrutKamerkar and others at Roop lab!

[sukrut @SukrutKamerkar]

Excited to share our recent work on reconstituting membrane contact sites between ER mimicking-supported bilayers & lipid droplets! We discovered how LD-ER contacts respond to animal metabolic state and immune activation. Out now on #biorxiv
https://t.co/q09uoe9bv5