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Malabika Biswas

Associate Professor

AMR, Host pathogen interaction at the molecular level, Phage therapy
BITS PILANI K K BIRLA GOA CAMPUS,
QTR. C178
NH17B, ZUARINAGAR, GOA-403726

Faculty Achievements

  • Delivered an oral presentation at the “Biotechnology for Better Tomorrow” (National Research University, Tashkent, Uzbekistan, 16th & 17th May, 2024). Title of the talk 'The lytic proteins of bacteriophage Phi11-our shield to counter Antimicrobial resistance'.Was awarded the Best Oral presenter certificate.

https://acrobat.adobe.com/id/urn:aaid:sc:AP:9e682a0f-21e2-4185-be44-6960aa3010fc

  • Shortlisted as a finalist in C-CAMP AMR Quest 2020. Presented a proposal on 'Development of Therapeutic phages to combat antibiotic
    resistant Staphylococci infections in livestock and humans'

https://acrobat.adobe.com/id/urn:aaid:sc:AP:da01bcad-c42d-48e5-b1f5-9f03da0735f6

    • Was awarded the Best Oral presenter certificate by Microbiologist Society, India (Mbsi), Ural Federal University, Russia And Vibha for delivering an oral presentation at the International Conference on “Innovations in Biotechnology Research for Sustainable Bioresources andBioeconomy : Challenges and Practices” (IB3 2025), held on 28 and 29 March 2025
      Lecture Title-Leveraging Phage Proteins for Eco Friendly andSustainable Bacterial Control’.
    • Was awarded ‘Excellence In Research Award’ by Microbiologist Society, India (Mbsi), Ural Federal University, Russia And Vibha, at the International Conference on “Innovations in Biotechnology Research for Sustainable Bioresources andBioeconomy : Challenges and Practices” (IB3 2025), held on 28 and 29 March 2025.
    • Our article ‘The bacteriolytic activity of the putative holin Gp52 of bacteriophage Phi11 requires its N-terminal transmembrane domains’ has been featured on the Front Cover of the June 9th 2025 issue of FEBS Letters! The study uncovers the crucial role of N-terminal transmembrane domains in the bacteriolytic function of bacteriophage Phi11 holin Gp52 — a significant contribution to phage biology.