Research
Research
Embedded Files
My research focuses on developing novel biomaterials for the encapsulation of biologically active molecules (e.g., bioactives, drugs, vaccines, and probiotics), advancing pharmaceutical dosage form development to enhance the bioavailability of poorly soluble and permeable therapeutics, and evaluating alternative structuring approaches for lipid-based healthier foods. Furthermore, my work encompasses understanding protein-ligand binding interactions for molecular recognition and drug development, alongside engineering scalable microbial bioprocessing platforms to produce complex exopolysaccharides and fungal biomaterials for advanced therapeutic and functional applications.
My research focuses on developing novel biomaterials for the encapsulation of biologically active molecules (e.g., bioactives, drugs, vaccines, and probiotics), advancing pharmaceutical dosage form development to enhance the bioavailability of poorly soluble and permeable therapeutics, and evaluating alternative structuring approaches for lipid-based healthier foods. Furthermore, my work encompasses understanding protein-ligand binding interactions for molecular recognition and drug development, alongside engineering scalable microbial bioprocessing platforms to produce complex exopolysaccharides and fungal biomaterials for advanced therapeutic and functional applications.
Image: Razzak et. al., 2026
Structural Design of Biopolymer Complexes
Structural Design of Biopolymer Complexes
Designing and characterizing tunable biopolymer networks (precipitates, complex coacervates, and hydrogels) to optimize structural and functional properties for specific applications.
Image: Razzak et.al., 2023
Advanced Encapsulation & Delivery Systems
Advanced Encapsulation & Delivery Systems
Utilizing complex biopolymer structures as protective nanocarriers to improve the stability, solubility, and targeted release of sensitive bioactives, drugs, and vaccines.
Image: Razzak et al., 2025
Lipid-Based Structuration & Stabilization
Lipid-Based Structuration & Stabilization
Leveraging biopolymer complexes for emulsion stabilization, driving the development of novel lipid-based delivery systems and health-focused foods.
Image: Nano Banana
Microbial Bioprocessing & Advanced Biomaterials
Microbial Bioprocessing & Advanced Biomaterials
Engineering scalable biomanufacturing platforms using diverse microbial systems—including both bacteria and fungi—to produce and purify complex exopolysaccharides, targeted metabolites, and recombinant therapeutic proteins. These biomaterials serve as advanced prebiotics, natural stabilizers, and functional therapeutics.
Google Sites
Report abuse