Deepak Pant

Postdoc @UWMadison

PhD @IISERBhopal

[Parik Kakani @KakaniParik]

Thrilled to share our latest publication. It was good to be part of this research with excellent minds. #Epigenetics #CancerResearch

[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.

[Deepak Pant @DeepPant94]

@sanjeevtmc @ERPLab_IISERB @iiserbhopal Congratulations 🎉 @sanjeevtmc

[Sanjeev Shukla @sanjeevtmc]

A proud mentor moment!! Congratulations @Mutnuru_SA

[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

[Sanjeev Shukla @sanjeevtmc]

A proud mentor moment! Congratulations @DeepPant94

[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

[Deepak Pant @DeepPant94]

@sanjeevtmc Thank you @sanjeevtmc and congrats to you too and the whole @ERPLab_IISERB team.

[Sanjeev Shukla @sanjeevtmc]

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

[Deepak Pant @DeepPant94]

Thank you @sanjeevtmc for your invaluable guidance and support in making this possible.

[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

[Deepak Pant @DeepPant94]

@cheriyanna @sanjeevtmc @KakaniParik Thanks anna!

[Deepak Pant @DeepPant94]

Excited to share that my PhD research has been published in eLife! Grateful to @sanjeevtmc for his guidance, and to my co-authors, including @KakaniParik, for their invaluable contributions.

[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

[Deepak Pant @DeepPant94]

@KakaniParik @eLife Congratulations to you too. And thank you for your immense contribution to this project.

[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

[Sanjeev Shukla @sanjeevtmc]

New preprint! Cheers to @Mutnuru_SA from @erplab_iiserb for revealing PRMT5-mediated histone methylation promotes EMT and invasion in breast cancer hypoxia by altering TCF3 splicing. #cancerbiology #hypoxia @iiserb https://t.co/mmGBcQ6x3J