Priyanka Singh

Honoured to receive the prestigious “Har Govind Khorana-IYBA 2019” @DBTIndia @IITJ_Official . Life lesson i learnt after giving birth to my baby boy and presenting my proposal for award in next 72 hrs is that motherhood makes you stronger. Dear Son..this ☝️ is for you. 💕Mom

@GunjanM43894285 Congratulations Gunjan!

We are excited to share our latest work published in the Journal of Biological Chemistry: doi.org/10.1016/j.jbc.…

@AshishKumar8896 @SM_IITJ Thank you

@PS_lab @SM_IITJ Congratulations 🎉

Thrilled to share that another patent has officially been granted! 🚀 Proud of the team, and the journey it took to get here.
Thankful to @SM_IITJ for the collaboration—this work opened up new perspectives around our research theme.#microtubules #cancer

@KalidasuGirid @SM_IITJ Thank you!

@PS_lab @SM_IITJ Congratulations 🎉👏

@PreetiSharmaDel @SM_IITJ Thank you for your kind words!

@Gayakwad72087 @SM_IITJ Thank you for the kind words!

@PS_lab @SM_IITJ This is truly a magnificent achievement! Many congratulations to you and your entire team. 🎉

@GhoshRoyLab @SM_IITJ Thank you Anindya!

@PS_lab @SM_IITJ Congratulations Priyanka 🎉

@sshekhr @SM_IITJ Thank you Shekhar!

@PS_lab @SM_IITJ Congratulations Priyanka!

Congratulations to the team!@SMLab_IITJ @PS_lab

@GhoshRoyLab @singhpallavi96 @DBT_NBRC @BricDbt @India_Alliance Many congratulations!

| PNAS pnas.org/doi/10.1073/pn… The much-awaited publication from the lab is online now. Great teamwork led by @singhpallavi96 and the dendrite team in the lab. A new mechanism for dendrite regeneration, discovered using worm model at @DBT_NBRC @BricDbt @India_Alliance

@AdhesionLab @AntaraC9 @TrafficJournal @IISERPune @ANRFIndia @serbonline Congratulations!

"KIF5B and Dynein-Dependent Golgi Organization: Role in Adhesion-Dependent Microtubule Acetylation." Out this week, work led by @AntaraC9 from the lab in @TrafficJournal. Work supported by @IISERPune and @ANRFIndia @serbonline In control cells, active Arf1 facilitates the recruitment of KIF5B and dynein to the Golgi, maintaining its juxtanuclear organization. KD of either KIF5B (KIF5B KD) or dynein (DYN KD) disrupts Golgi organization, forming Golgi ministacks, with cis- and trans-Golgi localizing together. In KIF5B KD cells, active Arf1 could recruit dynein to ministacks, positioning them near the MT-organizing center (MTOC). In DYN KD cells, MTOC is localized close to the plasma membrane. This, combined with active Arf1-recruited KIF5B, causes the dispersal of ministacks. In cells with joint KD of both motors (DUAL KD), the Golgi becomes compact around the MTOC, keeping their relative cis- and trans-Golgi localization. This Golgi remains MT-associated and supports MT acetylation, similar to control cells. So it's different but similar, and could be a tool for understanding how motor proteins regulate Golgi organisation. The question that remains to be answered is: how 'normal' and, hence, a 'control' is John ! 🙂

@Ssaleem_M @Solanki_Divit @jskrockstar @Sandeep_IMSc @SwagataGhatak @urssahu @niser_official @ANRFIndia @DAEIndia @India_Alliance Congratulations!

Happy to share that this work is now in press at Nature Communications! Led by @jskrockstar working with a great team of @Sandeep_IMSc @SwagataGhatak @urssahu Thanks to @niser_official @ANRFIndia @DAEIndia @India_Alliance for support. nature.com/articles/s4146…

Happy to be to present our work#OBMT2026. Great to engage in stimulating discussions, exchange ideas, and receive valuable feedback from colleagues.

@GhoshRoyLab @SfNJournals @windowofnature @DBT_NBRC @DBTIndia @India_Alliance Congratulations! Beautiful cover page as well!

It is our pleasure to see our article on the cover of @SfNJournals. Great cover art and project by @windowofnature. A new direction in the lab linking physical exercise to nerve regeneration. @DBT_NBRC @DBTIndia @India_Alliance. Original article: jneurosci.org/content/46/9/e…

@CellBioLab_IHS @FEBS_Letters @DAEIndia @DBTIndia @ANRFIndia @iitjodhpur Thank you Shubhra!

@PS_lab @FEBS_Letters @DAEIndia @DBTIndia @ANRFIndia @iitjodhpur Great!! Congratulations Priyanka and your team!

Happy to share our recent work on STIL–BRCA1 axis linking centrosome and genomic integrity ⁦⁦@FEBS_Letters⁩ Congratulations Srishti and Mahima for the milestone. Thankful to ⁦@DAEIndia⁩ ⁦@DBTIndia⁩ @ANRFIndia⁩ ⁦@iitjodhpur⁩ febs.onlinelibrary.wiley.com/doi/10.1002/18…

@ShwetaTyagiCDFD @FEBS_Letters @DAEIndia @DBTIndia @ANRFIndia @iitjodhpur Thankyou Shweta!

@PS_lab @FEBS_Letters @DAEIndia @DBTIndia @ANRFIndia @iitjodhpur Congratulations Priyanka 🥳

@AdhesionLab @BiophysJ @J_Cell_Sci Beautiful!

It's not often that the lab starts the year on the cover of two journals. That they are journals you have always enjoyed reading makes this even better. Thanks @BiophysJ and @J_Cell_Sci. #matrix #mechanosensing BJ - tinyurl.com/3Dcollagengel JCS - tinyurl.com/AXLGolgi

@AdhesionLab @ArnavSaha19 @Tush96rkhane @ANRFIndia @IISERPune @J_Cell_Sci Congratulations Nagaraj and the team!

Congrats @ArnavSaha19 and @Tush96rkhane !! Thanks for the support @ANRFIndia and @IISERPune. Also, thanks @J_Cell_Sci for featuring this study as the cover for this issue. The 'Research Highlights' for the study & First Person reports were an added bonus. Check the links below.

@syncellbiolab @EMBO @iiscbangalore @India_Alliance @ANRFIndia @DBTIndia Congratulations 👏

Thrilled to join the EMBO Global Investigator Programme! Big thanks to @EMBO for this recognition. Grateful to my wonderful team @iiscbangalore and to all mentors & collaborators whose support made it possible.✨ @India_Alliance @ANRFIndia @DBTIndia sl1nk.com/9TfOn