Hot off the press 🗞️ - Our new review article on “Hallmarks of cancer stemness” published in Cell Stem Cell. cell.com/cell-stem-cell…

Hallmarks of cancer stemness dlvr.it/T6L7Xs

Patient-derived tumor-like cell clusters for personalized chemo- and immunotherapies in non-small cell lung cancer dlvr.it/T6VRPn

#ScienceForAll #HKUBiomedicalSciencesSummerAcademy #CroucherFoundation HKU SBMS projects.croucher.org.hk/news/science-f…

🔍Discover how our passion for making biomedical science communication and education accessible gets translated into a fun and interactive HKU Biomedical Sciences Summer Academy, read on 👉🏻projects.croucher.org.hk/news/science-f…

Save the date! #CPCSRC FASEB Vivian Li Justin Lathia, PhD 🧠🕺🏽

Next week in Hong Kong!

… and that’s a wrap! Great #CPCSRC FASEB meeting in Hong Kong! Thanks to all the attendees and fellow co-organizers Vivian Li Stephanie Ma - what an incredible couple days of science with true 🌎 representation

A fully-funded 3-year Martin Lee Doctoral Scholarship in Stem Cell and Regenerative Medicine is available for a project focused on establishing novel human HCC models at The University of Edinburgh. The project will be supervised by Keisuke Kaji (primary supervisor, U of

Excited to share about our latest publication in Science Translational Medicine, showcasing findings on targeting AGPAT4 to overcome cancer cell plasticity, from a fruitful collaboration between our cancer biology and chemical biology teams. Science Translational Medicine

Scientists discover that the protein AGPAT4 is heavily involved in #HCC tumor metabolism, plasticity, and resistance to #sorafenib, and discover an AGPAT4 inhibitor that can sensitize tumors to treatment in mice. Stephanie Ma HKU Medicine scim.ag/4l6etXy

Researchers from HKU SBMS have identified a protein in liver cancer that allows cancer cells to grow more aggressively and evade existing therapies. The team has also developed a compound to target this protein and suppress tumour growth. hkumed.hk/56a8e7