I am eager to participate in the Hong Kong Laureate Forum 2025 to engage with leading scientists and explore cutting-edge advancements in life sciences. With a BSc (Hons) in Bioscience and currently pursuing an MSc in Synthetic Biology and Biotechnology, my academic journey has been deeply rooted in interdisciplinary collaboration and innovation.

During my undergraduate research, I explored phage-antibiotic synergy against multi-resistant A. baumannii, reinforcing my interest in tackling antimicrobial resistance. My current studies in synthetic biology integrate molecular biology, microbiology, and genetic engineering, fostering a broad scientific perspective.

Attending the Forum will allow me to learn from Laureates, whose groundbreaking work drives scientific progress. Interacting with experts and peers will enhance my science communication skills, expand my professional network, and expose me to potential career paths in biotech or entrepreneurship.

Additionally, I was selected to present my undergraduate research at a university mini-conference, demonstrating my ability to communicate complex scientific ideas. The Forum's interdisciplinary nature aligns with my collaborative experience, and I’m eager to engage in discussions that bridge diverse scientific fields. This will broaden my scientific perspective and provide valuable insights and connections for my future in biotechnology.

Thank you for your consideration

My research focuses on understanding microbial gene regulation and its implications for infection and antimicrobial resistance (AMR). During my undergraduate studies, I investigated phage-antibiotic combination therapy as a novel approach to combat AMR, exploring how bacteriophages enhance antibiotic efficacy against resistant pathogens. Now, for my MSc research, I am studying RNA-binding proteins that control fungal growth and virulence. Specifically, I aim to elucidate the molecular mechanisms of Cryptococcus neoformans Ssd1, a key regulator of protein synthesis, and its interaction with the kinase Cbk1. Given C. neoformans causes fatal meningitis, understanding how Ssd1 influences fungal stress resistance and pathogenicity could reveal new therapeutic targets. By combining genetic, biochemical, and structural approaches, I seek to uncover how RNA regulation affects microbial survival and infection strategies. My broader research interest lies in leveraging molecular biology to address our greatest challenges such as AMR and infectious disease.