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T cell immunotherapy for viral infections and
An invited talk on T cell immunotherapy for viral infections and solid tumors by Dr. Surojit Sarkar
Communicating research for impact
A workshop to understand the concept and practice of research uptake which ensures research findings are effectively communicated and applied in policy, practice and decision-making for societal be
NII Distinguished Lecture
Unique Biology, Unique Vulnerabilities: Mitochondrion and Apicoplast in Apicomplexa by Prof. Dominique Soldati-Favre
The Prof Vijayan School of Macromolecular X-Ray
The BRIC-National Institute of Immunology (BRIC-NII) presents a mini-symposium and a workshop on Macromolecular X-Ray Crystallography and Protein Structure Prediction.
Identification of pan-serotype drug candidates
Using virtual screening methodologies, two small molecule compounds were identified with favorable drug-like properties and can be developed as a treatment for Dengue virus
A novel structure-based method to predict the
Using machine learning, researchers at NII develop a novel structure-based method (SG-ML-PLAP) to predict the strength of protein-drug (ligand) binding.
Annual Report 2023-2024
A compilation of the work, achievements and recognition of NII for the year 2023-2024
Status, stress and responses
Researchers at the BRIC-NII have unraveled a critical role of PARP1 enzyme in DNA damage response and metabolic homeostasis.
Rethinking immune strategies: T cell metabolism
Research on T-cell metabolism with far-reaching implications for treating infections, autoimmune disorders, and even allergies.
The 2nd HFSP Frontier Workshop: Exploring AI
The international symposium brought together eminent researchers to discuss the transformative potential of artificial intelligence (AI) in advancing life sciences.
A tale of two proteins : Orchestrating oogenesis
In today’s world, the rising concerns over accelerated reproductive aging in women highlights the need to better understand the factors that impact fertility.
From lungs to liver: Liver cells as a novel niche
New research from BRIC-NII provides evidence that the Mycobacterium tuberculosis bacteria infects liver cells (hepatocytes) leading to metabolic dysfunction