
Biomedical Sciences student at King’s College London with training in cardiovascular, metabolic and cellular physiology. Currently contributing to interdisciplinary research on AI-supported myocardial infarction risk prediction through biomedical literature analysis and feature identification. Strong interest in cardiometabolic disease (Diabetes, myocardial infarction), Dysfunctional adipose tissue and cellular senescence, and translational biotechnology.
• Conducted structured literature review of 30+ peer-reviewed articles using PubMed and Cochrane Library
• Analysed mechanisms linking nutrition, gut–brain axis signalling and cognitive outcomes
• Compared Mediterranean, ketogenic and MIND dietary patterns in relation to cognitive health
• Synthesised evidence on micronutrients and neuroprotection to produce structured recommendations
• Performed intracellular recordings of premotor interneurons in Helix lucorum using sharp microelectrodes
• Supported patch-clamp recordings on rat brain slices, assisting with electrode positioning and gigaseal formation
• Measured membrane potentials and monitored action potential thresholds during stimulation protocols
• Prepared neural tissue samples and maintained stable physiological recording conditions using AxoScope
Good Clinical Practice (GCP)
NIHR (National Institute for Health and Care Research)
Issued Feb 2026