PROSENJIT MONDAL
@Prosenjit_IITMa
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Professor, IISER Berhampur
Berhampur, Odisha, India
Joined September 2018
IISER Berhampur ( https://t.co/hbkPb8LbYv) invites online applications for Faculty positions at the level of Professor, Associate Professor, and Assistant Professor in the different Departments. https://t.co/IKufnZEALa Last date for application: October 20, 2025 @IISER_BERHAMPUR
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Just out! Our work shows that Hepatic ChREBP reciprocally modulates systemic insulin sensitivity. Congrats to all authors! And Thanks to anonymous reviewers@ JBC @jbiolchem @iit__mandi @IISER_BERHAMPUR . @ANRFIndia
@DBTIndia for support. https://t.co/rcr8pj4yOm
jbc.org
The relation between hepatic ChREBP level and insulin sensitivity remains equivocal. Our study, however, provides compelling evidence that hepatic ChREBP depletion can significantly enhance insulin...
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Thank you @DBTIndia for highlighting our work, we appreciate the support from @DBTIndia @ANRFIndia @iit__mandi @IISER_BERHAMPUR
Study from the lab of Prof. @Prosenjit_IITMa identifies an E3 ubiquitin ligase, tripartite motif-containing protein 32 #TRIM32, as a key regulator of hepatic insulin signaling. The research explores a promising avenue for pharmacological interventions, offering hope for
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Just out! TRIM32 regulates insulin sensitivity by controlling insulin receptor degradation in the liver. https://t.co/cCOPOj9qR5 Congrats to all authors! And Thanks to anonymous reviewers @emboreports . @IISER_BERHAMPUR @iit__mandi @DBTIndia @ANRFIndia for support
embopress.org
imageimageE3 ubiquitin ligase TRIM32 targets the insulin receptor for ubiquitin-mediated degradation, resulting in high-fat diet-induced hepatic insulin resistance. High-fat diet induces SREBP-1c-d...
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fantastic work!! congratulations @Parthaiicb and the team!!
New publication from our lab. Here we showed how gut microbiota derived butyrate suppresses Kupffer cell inflammation in NASH. Moreover butyrate skews Kupffer cells towards a pro healing phenotype that promotes death of pro inflammatory macrophages. https://t.co/a1U4a5mW46
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Congrats to all authors #Priya,@SurbhiDogra10 , @shilpathakur091. Thanks to @iit__mandi , @bio_iitmandi , @DBTIndia for support. @jbiolchem
.Hepatic Serine/Threonine Kinase 38 (STK38) has been identified as a novel nutrient-sensitive pro-inflammatory and lipogenic factor in maintaining hepatic energy homeostasis by a team of researchers from @iit__mandi. @DrJitendraSingh @rajesh_gokhale
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Looking forward to welcome all 2022 graduates to IIT Mandi's 10th Convocation Ceremony tomorrow. We are also delighted to host Prof. Stuart R. Hameroff, Dr. Akhilesh Gupta, Dr. Kingshuk Banerjee and Mr. Woochan Chang as our esteemed guests at the occasion.
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Thanks to @kimberleydbruce for the invitation. Had a wonderful session!
Endocrine research conference today: Dr Prosenjit Mondal from IIT Mandi presented his research on #NAFLD and communication between the #pancreas and the #liver.
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Congratulations to the team led by Dr Prosenjit Mondal @iit__mandi for discovering a novel molecule that can be used as an orally administered medicine to treat Type 1 and Type 2 Diabetes. @EduMinOfIndia @DBTIndia @paniitindia @IndiaDST @moayush
https://t.co/uSuSo3FM2s
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Kindly share among your students and colleagues! Registration is welcome! https://t.co/swDXdTqQxb
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Looking for talented & passionate postdoctoral applicants to work on collaborative basic and translational projects @UllasKolthur @Mahen_Son
@TIFRScience
@TIFRH_buzz Building up the team ARUMDA: Advanced Research Unit on Metabolism, Development & Aging
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BioX (IIT-Mandi) Annual Symposium 2021- We welcome all of you for registration and active participation. https://t.co/zLXhtIK8PB
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#IITMandi researchers decode mechanism by which excess sugar intake causes fatty liver disease https://t.co/lZD8ydWuXm
@IndianExpress
@Prosenjit_IITMa
@ICMRDELHI
@FattyLiverFix
@iit__mandi
edexlive.com
A team of researchers from the Indian Institute of Technology (IIT), Mandi has unravelled the molecular mechanism by which excess sugar consumption causes fatty
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Latest from the lab "NF-κB p65 regulates hepatic lipogenesis by promoting nuclear entry of ChREBP in response to a high carbohydrate diet" @jbiolchem @iit__mandi @serbonline @SurbhiDogra10
Daniel et al. provide evidence of an unknown link between NF-κB activation and increased de novo lipogenesis. "NF-κB p65 regulates hepatic lipogenesis by promoting nuclear entry of ChREBP in response to a high carbohydrate diet" https://t.co/Bdx6iXrkmH
@iit__mandi
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Hello! If you're interested in #microglia #lipids, and #Alzheimers, I'm looking for a Research Assistant to join the team. Would be a cracking opportunity for someone with 1-2 years experience to contribute to some mature projects! Also Colorado and @CUAnschutz is 👌💯
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SCRI #IITMandi collaboration with @SafinaCenter Center, is going to organize a live talk on April 16, 2021 07:00 pm (IST). The speaker for this talk is Dr. Carl Safina. @stonybrooku @carlsafina #ecology
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@iit__mandi welcomed the new #BTech batch of 2020 during a virtual orientation event. The institute admitted 20.61 per cent #female students to the BTech #programme this year. https://t.co/riOBsGPMH4
telegraphindia.com
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Thank you for your encouraging words @DrRPNishank
.@iit__mandi researchers have found a potential method to reverse Type 2 #diabetes. Diabetes is a common disease in India & this research will help in providing aid to people suffering from the disease. Very proud of #IITMandi for this innovation. https://t.co/uW2GcmoXfr
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Thank you! @EduMinOfIndia
.@iit__mandi researchers have found a potential method to reverse Type 2 #diabetes. Diabetes is a common disease in India & this research will help in providing aid to people suffering from the disease. Very proud of #IITMandi for this innovation. https://t.co/JRuAGnaCEB
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