🧬 BRIC-National Institute of Animal Biotechnology- NIAB Innovation Spotlight Targeting Toxoplasma Through mRNA Capping Scientists at BRIC-NIAB, Hyderabad have decoded how Toxoplasma gondii — a parasite affecting millions worldwide — controls the stability of its mRNA through a key enzyme called RNA triphosphatase (TgCet). Their research reveals that TgCet is vital for forming the mRNA “cap” (m7G) that supports parasite survival. Disrupting TgCet halts growth, and the natural compound Myricetin

Researchers at BRIC-National Institute of Animal Biotechnology- NIAB and Manipal Academy of Higher Education have studied a novel potential regulatory role of splicing factor Cdc5 in maintaining transcriptome integrity imperative for toxoplasma’s survival in the host. They have shown that inhibiting TgCdc5 abolishes splicing, causes dysregulated gene expression and impedes various parasite processes. Mice infected with parasites produce a strong immune response when TgCdc5 is depleted, shielding

National Institute of Animal Biotechnology High Salary Pharmacy Job

Animal biotechnology 1 Lecture

Animal biotechnology 1 Lecture

Animal Biotechnology - SlideServe

Agro-Biotechnology Institute (ABI), National Institutes of Biotechnology Malaysia | LinkedIn

🌍🐾 World Animal Day 2025 🐾🌍 Department of Biotechnology, India, through BRIC-National Institute of Animal Biotechnology- NIAB, is advancing animal health, sustainable livestock, and conservation of indigenous breeds with innovative biotech research. Together, let’s protect animals and sustain the planet. #WorldAnimalDay #BioInnovation #SustainableFuture Dr Jitendra Singh BRIC DBT - Department of Biotechnology | Department of Biotechnology, India

Scientist Positions in India, NIAB, Hyderabad, Telangana - Researchersjob