Meghadeepa Sarkar

Graduate student in Pucadyil lab, IISER Pune

[Meghadeepa Sarkar @MeghadeepaS]

@lovi_garg Congratulations!🥳

[Meghadeepa Sarkar @MeghadeepaS]

Looking forward to this... Grateful & excited!

[NRSM ACTREC @nrsmactrec]

Meet our student speakers!
(2/3)

[Meghadeepa Sarkar @MeghadeepaS]

Thrilled to share this perspective that @TPucadyil and I wrote for ACS Biochemistry! https://t.co/NsstolfsMD

[Institute for Protein Design @UWproteindesign]

Today we're making RF Diffusion, our guided diffusion model for protein design with potential applications in medicine, vaccines & advanced materials, free to use. The software has proven much faster and more capable than prior protein design tools.

https://t.co/lhkhBZNzYc

[Thomas Pucadyil @TPucadyil]

Membrane contacts, lipid flux and fission - here’s the Pucadyil Lab’s perspective from studying the endocytic and mitochondrial dynamins. Thanks ⁦@MolecularCell⁩ for the invite. https://t.co/ftvAZJGHBq

[Himani Khurana @himanidkhurana]

Thrilled to see a piece of my graduate work in PNAS! With Krishnakanth Baratam, @mbuanand @afororange @TPucadyil; we analyze role of a novel membrane anchor & offer exciting insights into how variable loops in dynamin PH-domain actively facilitate fission!
https://t.co/kPNTByOgmD

[IISER Pune @IISERPune]

A welcome in-person gathering on the 12th #Foundation #Day today!
Few glimpses in the thread below

[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

[Krishnendu Roy @itskrishnendu3]

Happy to share our new article talking about metal-binding property of the mitochondrial fission catalyst Drp1 and how it affects function. Thanks @TPucadyil and lab people for guidance and support.
https://t.co/7tNkpqhcrG

[Thomas Pucadyil @TPucadyil]

Great job @Devika_An and @himanikhurrana. Really glad this is featured in a special issue honouring a doyen of membrane biology, Erwin London.

[Krishnendu Roy @itskrishnendu3]

Glad to share our new review in @nature. We introduce the idea of mitochondrial divisome conceptually similar to the bacterial divisome machinery and discuss its role in physiology and disease
https://t.co/awORgsqzZL
Great team-effort @TPucadyil @sauerkrausi @MikeRmitolab

[Thomas Pucadyil @TPucadyil]

Mitochondrial division..when, where, how and why should we care? We integrate our views on this topic using a ‘divisome’ concept in this review https://t.co/8VS00C9Opd now published @nature. Great collaboration with @sauerkrausi, @itskrishnendu3 @MikeRmitolab

[IISER Pune @IISERPune]

Accolades from @insa_academy to @IISERPune members

Dr Thomas Pucadyil elected a Fellow of INSA

Dr Sreejith G J and PhD alumnus Dr Shraddha Karve selected for the 2020 INSA Medal for Young Scientists for their research work carried out at IISER Pune.

Congrats & best wishes!!

[Thomas Pucadyil @TPucadyil]

The Pucadyil Lab turned 10 today. Cheers to you all for the joyful science and the beautiful memories. It’s been a privilege to share this journey. A huge thanks to our well wishers and critics and @IISERPune @India_Alliance @HHMINEWS @serbonline for your confidence and support.

[Himani Khurana @himanidkhurana]

As today marks ten years of terrific research in Pucadyil Lab in the field of membrane biology, here's congratulating @TPucadyil. This painting illustrates what we study, and how we do it. For more, please visit https://t.co/Lu28Sybkxz or reach out to the team! #SciArt @IISERPune

[Soumya Bhattacharyya @afororange]

Our review got featured on the cover! What looks like seaweed at first is actually a kymograph of the membrane remodelling ATPase EHD1 forming foci that polymerize and grow in the presence of ATP on a membrane tube. Here's a link to the article.
https://t.co/b6LHXBcI95

[Soumya Bhattacharyya @afororange]

@TPucadyil and I wrote a review on EHDs, a group of proteins that hydrolyse ATP to remodel membranes. They're involved in a number of important cellular processes and we're working to figure out more about how they function.

@ProteinSociety
https://t.co/l4X2bb1yDG

[Meghadeepa Sarkar @MeghadeepaS]

@umaswaminathan9 @ShikhaPrakash8 @durbignon @siddha_n_ta @Anjoo10k @DeepashriSaraf @KeertiS01775874 @BioSampurna @KeerthiKrishna3 @himanikhurrana @Samatha_Mathew @ipsawonders @KaushikLab @ShilpySharma14 @MadhuraMohole @WormlockHolmes @TheNaikMic @cytoskeletown @Prasannaiyer14R @ParulSood05 @GopanShilpa @annapoorna_pk @shambhavi_garde @MPardasani12 @unmixablemix @VenkatBharathy Thanks Uma!

[Meghadeepa Sarkar @MeghadeepaS]

@durbignon @siddha_n_ta @Anjoo10k @ShikhaPrakash8 @DeepashriSaraf @KeertiS01775874 @BioSampurna @KeerthiKrishna3 @himanikhurrana @Samatha_Mathew Thank you Durba!

[Thomas Pucadyil @TPucadyil]

ISCSM2020....thank you all. Safe travels back home.