Heart attacks and other serious cardiovascular conditions require fast and accurate diagnosis , yet many advanced DNA‑based tests still rely on complex laboratory procedures that are slow, resource‑intensive, and inaccessible outside specialised facilities. The MIMIC platform solves this problem by enabling automated extraction of circulating cell‑free DNA from very small blood samples , using a compact microfluidic device suitable for point‑of‑care settings . By simplifying

We are delighted to share the exciting news that Dr. Tan Renjie has successfully defended his PhD thesis at City University of Hong Kong . During his doctoral training in Biomedical Engineering at CityU , under the supervision of Prof. Hu , Dr. Tan made significant contributions through his rigorous approach to research and his commitment to scientific excellence. Dr. Tan has already embarked on the next stage of his academic and professional journey , taking up a post‑gradua

Amid busy schedules, experiments, deadlines, and travel, we finally have the chance to pause and reflect on a moment that reminded us of what truly sustains a research group: people, connection, and shared purpose . As a research group working across personalised medicine, microfluidics, liquid biopsy, tumour microenvironment modelling, drug prediction, wearable technologies, and AI-driven medicine , our work spans diverse disciplines and approaches. What unites us is a share

We share the wonderful news that Dr. Han Rong has successfully defended her PhD thesis at City University of Hong Kong . During her doctoral studies under Prof. Hu , Dr. Han conducted outstanding research on electrospun nanofiber scaffolds , advancing the field of biomaterials for regenerative medicine . Her work led to the development of novel nanofiber-based scaffolds that significantly enhance cell proliferation and tissue regeneration , with strong implications for wound