Dhiraj kumar (@dhirajverma) 's Twitter Profile
Dhiraj kumar

@dhirajverma

Researcher !!! #TB #Autophagy

ID: 54233810

calendar_today06-07-2009 15:26:32

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Dhiraj kumar (@dhirajverma) 's Twitter Profile Photo

After a gap of 4 years, the EMBO TB meeting returns, this time CCMB Hyderabad. Feb, 9-12, 2025 #Tuberculosis #heterogeneity #drugs #hostpathogeninteraction ICGEB, New Delhi Department of Biotechnology Amit Singhal Priscille Brodin meetings.embo.org/event/25-tuber…

MyGovIndia (@mygovindia) 's Twitter Profile Photo

Breaking News: Cabinet approves the BioE3 Policy! What's BioE3? 🧬 Biotechnology 💰 Economy 🌍 Environment 👥 Employment This policy aims to boost high-performance bio-manufacturing in India. Let's break it down for you! 🧵 #BioE3Policy #CabinetDecisions

Breaking News: Cabinet approves the BioE3 Policy!

What's BioE3? 
🧬 Biotechnology 
💰 Economy 
🌍 Environment 
👥 Employment

This policy aims to boost high-performance bio-manufacturing in India. Let's break it down for you! 🧵

#BioE3Policy #CabinetDecisions
MyGovIndia (@mygovindia) 's Twitter Profile Photo

The focus on investing in the industrialization of biology is crucial for addressing urgent issues like climate change, food security, and health. By promoting sustainable and circular practices, this initiative aims to build a stronger and more resilient biomanufacturing

The focus on investing in the industrialization of biology is crucial for addressing urgent issues like climate change, food security, and health. 

By promoting sustainable and circular practices, this initiative aims to build a stronger and more resilient biomanufacturing
MyGovIndia (@mygovindia) 's Twitter Profile Photo

India’s new Biotech Policy outlines ambitious goals to foster innovation through support for R&D and entrepreneurship. It includes plans for establishing Biomanufacturing, Biofoundry, and Bio-AI Hubs, which will drive economic growth and job creation. The policy aims to set

India’s new Biotech Policy outlines ambitious goals to foster innovation through support for R&D and entrepreneurship. 

It includes plans for establishing Biomanufacturing, Biofoundry, and Bio-AI Hubs, which will drive economic growth and job creation. The policy aims to set
MyGovIndia (@mygovindia) 's Twitter Profile Photo

The Bioenablers initiative introduces advanced facilities such as Bio-Artificial Intelligence Hubs for analyzing large-scale biological data, Biomanufacturing Hubs for turning R&D into bio based products, and Biofoundries for scaling biological engineering. #CabinetDecisions

The Bioenablers initiative introduces advanced facilities such as Bio-Artificial Intelligence Hubs for analyzing large-scale biological data, Biomanufacturing Hubs for turning R&D into bio based products, and Biofoundries for scaling biological engineering. 

#CabinetDecisions
MyGovIndia (@mygovindia) 's Twitter Profile Photo

The future of India’s biotech industry includes developing biopharmaceuticals and smart proteins, transitioning to a bio-based economy, and utilizing waste for bio-production. These advancements aim to support the goal of Net Zero Carbon Emissions and create employment

The future of India’s biotech industry includes developing biopharmaceuticals and smart proteins, transitioning to a bio-based economy, and utilizing waste for bio-production. 

These advancements aim to support the goal of Net Zero Carbon Emissions and create employment
MyGovIndia (@mygovindia) 's Twitter Profile Photo

India’s biotech sector is expected to experience substantial growth, with the bioeconomy projected to reach ₹24,000 Billion by 2030 and contribute 5-6% of the country’s GDP. Biomanufacturing will play a crucial role in this expansion, acting as a catalyst for economic

India’s biotech sector is expected to experience substantial growth, with the bioeconomy projected to reach ₹24,000 Billion by 2030 and contribute 5-6% of the country’s GDP. 

Biomanufacturing will play a crucial role in this expansion, acting as a catalyst for economic
Amit Singhal (@lab_amitsinghal) 's Twitter Profile Photo

Official poster out 🤩 EMBO #TB Host and Pathogen #Heterogenity #Hyderabad #India CCMB A*STAR Infectious Diseases (ID) Labs Priscille Brodin EMBO Mol. Medicine ICGEB, New Delhi - 25 Invited speakers - 50 Abstracts - Flash talk - 12 Abstracts - Short talk - Travel grants - Reg. fee include accomodation

Official poster out 🤩 <a href="/EMBO/">EMBO</a> #TB Host and Pathogen #Heterogenity #Hyderabad #India <a href="/ccmb_csir/">CCMB</a>
<a href="/idlabs_astar/">A*STAR Infectious Diseases (ID) Labs</a> <a href="/PriscilleBrodin/">Priscille Brodin</a> <a href="/EmboMolMed/">EMBO Mol. Medicine</a> <a href="/ICGEBNewDelhi/">ICGEB, New Delhi</a>
- 25 Invited speakers
- 50 Abstracts - Flash talk
- 12 Abstracts - Short talk
- Travel grants
- Reg. fee include accomodation
ICGEB, New Delhi (@icgebnewdelhi) 's Twitter Profile Photo

On #WorldTBDay, held at Vigyan Bhavan, Dr. Dhiraj Kumar, Group Leader, Cellular Immunology Group ICGEB, New Delhi providing an insightful briefing on the role of ICGEB, New Delhi as a key partner in the Tuberculosis Genomic Surveillance Consortium (InTGS)—a joint initiative by the

On #WorldTBDay, held at Vigyan Bhavan, Dr. Dhiraj Kumar, Group Leader, Cellular Immunology Group <a href="/ICGEBNewDelhi/">ICGEB, New Delhi</a> providing an insightful briefing on the role of <a href="/ICGEBNewDelhi/">ICGEB, New Delhi</a> as a key partner in the Tuberculosis Genomic Surveillance Consortium (InTGS)—a joint initiative by the
ICGEB, New Delhi (@icgebnewdelhi) 's Twitter Profile Photo

#NewResearch Alert ! New study from #CellularImmunologyGroup ICGEB, New Delhi, uncovers how Mycobacterium tuberculosis hijacks host RNA splicing to weaken immune defenses. Disabling this mechanism significantly impairs bacterial survival. Stay tuned-in for a video explainer, which

#NewResearch Alert !
New study from #CellularImmunologyGroup <a href="/ICGEBNewDelhi/">ICGEB, New Delhi</a>, uncovers how Mycobacterium tuberculosis hijacks host RNA splicing to weaken immune defenses. Disabling this mechanism significantly impairs bacterial survival. 
Stay tuned-in for a video explainer, which
ICGEB, New Delhi (@icgebnewdelhi) 's Twitter Profile Photo

Tuberculosis bacteria hijack our gene expression—latest study from our #CellularImmunologyGroup reveals how Mtb rewires RNA splicing to outsmart our immune system. Watch the video here ! You can access the full paper here:: pnas.org/doi/10.1073/pn…

Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

Presenting DBTiBRIC+ #SuccessStories Meet Dr. Dhiraj Kumar, Group Leader of the Cellular Immunology Group at the ICGEB, New Delhi. His research reveals how Mycobacterium tuberculosis #Mtb hijacks host RNA splicing mechanisms to disrupt immune responses—an advanced tactic the