SRINIVAS ABHISHEK MUTNURU

PhD scholar trying to understand the existence of physical self #iiserbhopal#erpl

[SRINIVAS ABHISHEK MUTNURU @Mutnuru_SA]

What a special conversation this was.
After almost 2 years, hosted some incredible people. Great one guys @muralidhar_m_ @paladuguharsha.
I hope it strikes a chord. Looking for valuable feedback. https://t.co/v86LZxMNHe

[Sanjeev Shukla @sanjeevtmc]

How does a lack of oxygen drive breast cancer invasion? Glad to see @timesofindia covering our lab’s recent work published in @PLOSBiology at @iiserbhopal. Grateful to @ANRFIndia and @DBTIndia for funding. https://t.co/uSqt6V86x4

[Sanjeev Shukla @sanjeevtmc]

At @iiserbhopal, we pride ourselves on integrating undergraduate education with high-impact research. Happy to share a new research article primarily driven by our BS-MS student Abin Sabu. https://t.co/MhOMID4Xu0 Thanks to @DBTIndia @ICMRDELHI for funding.

[Biopatrika @biopatrika]

#ResearcherSpotlight
Dive into how #PRMT5 drives #breastcancer invasiveness under hypoxia in this author interview with @Mutnuru_SA from @ERPLab_IISERB @iiserbhopal
Read more → https://t.co/S0UQrrhxEN
#Cancer #Epigenetics

[SRINIVAS ABHISHEK MUTNURU @Mutnuru_SA]

I am glad I could unravel this new trick the cancer cells have pulled out of their hats under hypoxia. PRMT5 is the new prop which the cancer cells use to regulate splicing. Head out to our story in @PLOSBiology. Thank you @sanjeevtmc @ERPLab_IISERB
https://t.co/DS3RrOLbHI

[Parik Kakani @KakaniParik]

Excited to share our new publication! Proud to be part of such groundbreaking work alongside brilliant colleague @Mutnuru_SA unraveling the interplay between chromatin, splicing, and metastasis. Highly recommend reading. Congratulations 🎉 🎉

[Sanjeev Shukla @sanjeevtmc]

Our new study reveals how hypoxia-induced CTCF drives PRMT5 upregulation to rewire TCF3 splicing, promoting breast cancer invasion and EMT. Congrats to @Mutnuru_SA for key insights into chromatin regulation, splicing & metastasis! Read here: https://t.co/OGCP4fi61e

[SRINIVAS ABHISHEK MUTNURU @Mutnuru_SA]

Exciting to see that our lab (@ERPLab_IISERB ) will be represented at an esteemed conference @GordonConf. It’s a huge step going ahead.
Congratulations and all the best! 🥳@sanjeevtmc

[Sanjeev Shukla @sanjeevtmc]

Thrilled to be speaking at the 2026 Gordon Research Conference (@GordonConf) on Post-Transcriptional Gene Regulation! Looking forward to sharing our lab's (@ERPLab_IISERB) research and connecting with fellow experts in the field.
https://t.co/owwIiGV4fQ

[Biopatrika @biopatrika]

#authorinterview Deepak Pant @DeepPant94 from Prof. Sanjeev Shukla lab @ERPLab_IISERB @iiserbhopal talks about his work on "Interplay of epigenome and cancer metabolism may explain why some tumors might be more aggressive than others" @eLife #cancer https://t.co/etIoVFcGnU

[Sanjeev Shukla @sanjeevtmc]

A proud mentor moment! Congratulations @DeepPant94

[Sanjeev Shukla @sanjeevtmc]

Congratulations, Deepak Pant @DeepPant94 and ERPL team @ERPLab_IISERB #epigenetic #CancerResearch @iiserbhopal

[IISER Bhopal @iiserbhopal]

A recent article from Dr. Shukla’s lab on “Interplay of YEATS2 and GCDH regulates histone crotonylation and drives EMT in head and neck cancer ” is published in eLife.
https://t.co/vtbzD8q81h

@iiserbhopal @EduMinOfIndia @IndiaDST @DBTIndia @ANRFIndia @dasgobardhan @sanjeevtmc

[Sanjeev Shukla @sanjeevtmc]

Also, a huge congratulations to Ankit Goswami for receiving the Proficiency Medal for his outstanding performance in the MSc Biotechnology program. Wishing you a brilliant future ahead! #proud mentor

[Sanjeev Shukla @sanjeevtmc]

A moment of immense pride for our lab at the @iiserbhopal convocation today! 🎉
🏆 Huge congratulations to Dr. Anchala Pandey for winning the Best PhD Thesis Award in Biological Sciences. #proud mentor

[Sanjeev Shukla @sanjeevtmc]

Excited to share our new eLife paper! Deepak Pant @DeepPant94 found that the YEATS2-GCDH axis regulates histone crotonylation, which drives the expression of the EMT-promoting gene SPARC in head and neck cancer. @iiserbhopal @ANRFIndia @ERPLab_IISERB https://t.co/bx2yYZWOJ4

[Sanjeev Shukla @sanjeevtmc]

Exciting work from @anchala97 and Jithin @ERPLab_IISERB. Our latest study uncovers the SRSF9-BNIP3 axis, demonstrating how alternative splicing orchestrates both autophagy & metabolic reprogramming under hypoxia. @iiserbhopal https://t.co/dITIK4dfx3

[Sanjeev Shukla @sanjeevtmc]

In this review, @anchala97, Ankit & Jithin from
@erplab_iiserb unravel the complex relationship between autophagy, aging & cancer. The review highlights autophagy's potential as a therapeutic target to combat age-related diseases and cancer progression. https://t.co/Syjc77jz3t

[Sanjeev Shukla @sanjeevtmc]

Discover how #hypoxia fuels #breastcancer invasion! New insights into the #ATF3-#P4HA1 axis & #P4HA1 #alternativesplicing. Congrats @DhamdhereShruti @ERPLab_IISERB! Thanks @dbtindia @iiserbhopal. https://t.co/yvR8kSLo9S

[Parik Kakani @KakaniParik]

I am excited to share our new paper on #CTCF mediated loops regulates #alternativesplicing and promote #EMT in #breastcancer. Congratulations to all the fantastic Co-authors! @sanjeevtmc thanks for your guidance and enormous support 😃

[Sanjeev Shukla @sanjeevtmc]

Excited to share our new study in @CellReports showing that CTCF-mediated loop switches alternative splicing and promotes EMT. @KakaniParik, @ERPLab_IISERB, @DimpleNotani. Thanks to @DBTIndia @iiserbhopal https://t.co/h8Clq8MDX6