iBRIC-inStem
@DBT_inStem
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Institute for Stem Cell Science & Regenerative Medicine is an autonomous research body dedicated to collaborative research in stem cell & regenerative biology.
Bengaluru, India
Joined June 2015
The Hon'ble Union Minister @DrJitendraSingh's visit to @DBT_inStem will be live on our website: from 1:15 PM onwards!. @DBTIndia @BricDbt7510 @InamdarManeesha
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RT @DBTIndia: BioE3 Pakhwada 2025 begins tomorrow (24th Aug – 6th Sept)!. From research labs to real-world impact—14 days of innovation, su….
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RT @DBTIndia: National Space Day 2025 . Marking India’s journey from Earth to Space!. Gaganyatri Gp. Capt. Shubhanshu Shukla achieved a his….
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Namoshkar, #Kolkata!. @DBT_inStem is at the 28th National Science Exhibition at Central Park Mela Ground, Salt Lake City, Kolkata from 21-24 August. Visit us at Stall 39 in Block D to explore our latest innovations, research highlights, and opportunities for collaboration in
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RT @DBTIndia: Scientists at the Functional Genomics Lab, @THSTIFaridabad, have decoded the genome of Citrobacter portucalensis—a key wastew….
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RT @DBTIndia: Researchers at the Functional Genomics Lab, @THSTIFaridabad , have decoded the genome of Aeromonas simiae—a key sewage microb….
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RT @DrJitendraSingh: A moment of pride for India! A moment of glory for #ISRO! A moment of gratitude to the dispensation that facilitated t….
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RT @DBTIndia: 🇮🇳 Happy Independence Day 2025! 🇮🇳.From the Department of Biotechnology. On this historic day, echoing the Hon’ble Prime Mini….
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Dr. Perundarai’s (@Dhan_inStem) lab discovers gene mutation in South Indian patient that could help explain heart muscle thickening in hypertrophic cardiomyopathy – now covered by @DeccanHerald. Read here: @DBTIndia @BricDbt.
deccanherald.com
Medical Breakthrough Bengaluru: New study finds gene mutation may trigger cardiomyopathy, causing sudden heart attacks.
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#NewPublication: A new clue in the HCM puzzle! Dr. Dhandapany Perundarai (@Dhan_inStem) and team from BRIC-inStem report a novel mutation in the TTL gene that can disrupt microtubule mechanics and drive hypertrophic cardiomyopathy (HCM). @JCI_insight.@DBTIndia @BricDbt.
ICYMI: The images alone will melt your heart—. This issue’s cover image features work by @Dhan_inStem, @Pratuljain10, @Harshilchittora & team @DBT_inStem on a genetic variant of tubulin tyrosine ligase that perturbs microtubule tyrosination in hypertrophic cardiomyopathy:
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The @DBT_inStem community wishes all a Happy Independence Day!. Let’s celebrate the spirit of freedom, strength of our nation and the dreams that shape its future. On the occasion of the #79thIndependenceDay, BRIC-inStem reaffirms its commitment to leveraging science in service
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RT @DBTIndia: Stenotrophomonas sp. strain PI-27 belongs to a genus of Gram-negative, aerobic bacteria, typically found as straight rods, is….
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RT @DBTIndia: 🌍 #InternationalYouthDay2025 | 12th August. From classrooms to advanced labs, India’s youth are enabling the nation’s biotech….
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RT @DBTIndia: On #WorldBiofuelDay, the @DBTIndia celebrates the shift from fossil fuels to sustainable solutions. 🌱Through innovations in….
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India is not playing catch-up in gene and cell therapy — it’s charting its own path. Writing in @SciChronicle4, Prof. Praveen K. Vemula (@pkvemula) and Dr. Ketan Thorat (@Ketan_Thorat9) from @DBT_inStem shed light on India’s quiet revolution that is pushing boundaries for.
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RT @DBTIndia: Researchers at the Functional Genomics Lab, @THSTIFaridabad, isolated Aeromonas caviae from sewage and identified multiple an….
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RT @DBTIndia: @THSTIFaridabad Functional Genomics Lab isolated Bordetella trematum, a rare Gram-negative bacterium, from sewage. Genomic a….
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RT @DBTIndia: Researchers at @THSTIFaridabad Functional Genomics Lab decoded the genome of Citrobacter sp., a Gram-negative bacterium, unco….
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