Research
Advancing vaccine discovery through cutting-edge computational approaches
Computational Virology
Virus evolution, phylogenetics, mutation intelligence, and genomic surveillance of emerging viral pathogens.
Immunoinformatics
CTL, HTL, and B-cell epitope prediction with population coverage analysis for vaccine development.
Structural Biology
Protein modeling, molecular docking, and molecular dynamics simulation for vaccine design.
Reverse Vaccinology
Multi-epitope vaccines, mRNA vaccines, DNA vaccines, and reverse vaccinology approaches.
Artificial Intelligence
Machine learning, deep learning, prediction systems, and explainable AI for immunology.
One Health
Animal health, human health, emerging diseases, and zoonotic disease surveillance.
Research Workflow
End-to-end immunoinformatics pipeline from genome to vaccine
Genome
Sequencing & assembly
Quality Control
Filtering & trimming
Alignment
Multiple sequence alignment
Evolution
Phylogenetics & selection
Epitope Prediction
B-cell, CTL, HTL
AI Ranking
Machine learning prioritization
Population Coverage
Global & regional analysis
Docking
Molecular docking
Molecular Dynamics
Simulation & stability
Vaccine Design
Multi-epitope construct
Publication
Results & dissemination