Microbiology & Infectious Disease
Studying microorganisms and the mechanisms of infection to better understand, detect, and respond to diseases that affect populations and food systems.
- Microbiology
- Infectious disease
- Pathogens
- Diagnostics
Recognized in Asian Scientist 100 · UNODA Young Women for Biosecurity Fellow · iGEM Judge 2026
Research Focus
A research identity connecting laboratory rigour with real-world impact, from the molecular scale to global policy.
Studying microorganisms and the mechanisms of infection to better understand, detect, and respond to diseases that affect populations and food systems.
Applying molecular tools to characterise organisms at the genetic level and to unlock biotechnology approaches for health and agriculture.
Investigating viruses that threaten poultry and animal health, including work on chicken anemia virus genotype IIIb, to strengthen agricultural resilience.
Connecting microbiology and biotechnology to agriculture, food security, and the health of the systems that feed communities across Bangladesh and beyond.
Contributing to the responsible management of biological risks, a field where science, policy, and international cooperation must work together.
Engaging with international platforms where science informs policy, building bridges between research communities and global institutions.
Championing the participation and leadership of women in science, and demonstrating what is possible for the next generation from Bangladesh.
Mentoring and inspiring young scientists, nurturing curiosity, rigour, and ambition among students who will shape the future of Bangladeshi science.
Using whole-genome sequencing and phylogenetic analysis, this first-author study identified and characterised a novel chicken anemia virus genotype IIIb strain in Bangladesh, with direct impact on poultry health, vaccination strategy, and food security.
First complete genomic characterisation of a genotype IIIb CAV strain in Bangladesh, integrating clinical, pathological, and molecular analyses. Identifies critical genetic variations influencing viral virulence.