Core Focus
ROS-triggered release systems
Designing synthetic platforms that activate only in oxidative microenvironments.
Chemistry • Biomaterials • Drug Delivery
Kazi Ruhullah Shahriar
Ph.D. Candidate in Chemistry at the University of Tennessee, Knoxville, building ROS-responsive molecular systems that make therapeutics smarter, faster, and more targeted.
Expected Graduation: Aug 2026
Focus: Stimuli-responsive Lipids
Open to R&D Opportunities
Methods
Synthesis to validation
Organic synthesis, formulation workflows, and fluorescence-based mechanistic readouts.
Impact
Translatable design strategy
Prioritizing scalable routes and quantitative data for biomedical relevance.
Research themes
01 Stimuli-responsive supramolecular materials and ROS-gated behavior.
02 Triggered-release lipid architectures with scalable synthesis pathways.
03 Fluorogenic probes for localization and mechanistic readout.