Research Achievements of HKMU Scholars

Research Achievements

Unveiling the associations between social determinants of health and mortality in cancer survivors

Dr Agnes Lai led a research team to explore the associations between social determinants of health (SDOH) and cardiovascular and cancer mortality in cancer survivors. This research underscores the significant impact of SDOH on mortality among cancer survivors and identifies the key domains of SDOH that affect their well-being. These insights can guide the development of targeted interventions and support systems tailored to address these domains and enhance the overall well-being of cancer survivors.

HKMU scholars exhibit inventions at Business of IP Asia Forum 2024

Scholars from Hong Kong Metropolitan University (HKMU) presented their groundbreaking inventions at the Business of IP Asia Forum 2024, organised by the Hong Kong Trade Development Council on 5–6 December 2024. The exposure of HKMU's innovative solutions contributes to fostering successful partnerships and converting these advancements into practical solutions for the benefit of society.

HKMU scholars showcase research achievements at Research Grants Council workshop

Scholars from Hong Kong Metropolitan University presented their research achievements at a workshop hosted by the Research Grants Council on 20 November 2024. This engaging event provided valuable insights that will contribute to the University's success in securing more research grants and generating impactful and successful research projects in the years to come.

Exploring the algae-killing mechanism of algicidal bacteria to control harmful algal blooms

A research team led by Prof. Fred Lee explored the algae-killing mechanism of an algicidal bacterium, Maribacter dokdonensis (P4), on the harmful algal bloom species Karenia mikimotoi (KM). The findings revealed that P4 was highly effective at killing KM and demonstrated a strong algicidal effect on other dinoflagellate species, suggesting its potential as a universal algicidal bacterium for mitigating algal blooms.

Enhancing waste heat recovery with 2D MXene-integrated thermoelectric materials

Prof. Roy Vellaisamy and his team designed a thermoelectric generator that integrates 2D MXenes, enhancing the device's overall performance by lowering thermal conductivity and boosting electrical conductivity. The maximum power output and power conversion efficiency of the device surpassed other thermoelectric devices. The enhanced performance enables more effective conversion of waste heat into usable electrical power, thereby aiding environmental conservation efforts through reduced energy waste and a decreased carbon footprint.