Professor WANG Qi (王琦), Academician of the Chinese Academy of Engineering and National Traditional Chinese Medicine (TCM) Master, recently published a pivotal article titled “From digits to digitization: the past, present, and future of traditional Chinese medicine” in Digital Chinese Medicine. Centered on Xiangshu (象数, phenotype-numerology) philosophy, the article systematically explores pathways for deep integration between TCM and digital technology, validating this approach through research breakthroughs by his team and peers.

Miskov-Zivanov's novel approach and the development of an automated system that leverages AI and knowledge graphs to design more effective lymphocytes, she hopes to transform the design of life-saving immunotherapies.

A research team funded by the National Institutes of Health (NIH) has identified a diagnostic aid that has the potential to accurately predict the recurrence of diabetic foot ulcers that appear to be fully healed. By measuring the skin’s barrier function through a process known as trans-epidermal water loss, or TEWL, scientists were able to determine which wounds were more likely to reopen. TEWL measurements are a major factor in burn care, where deep layers of the skin are often damaged. The findings suggest that full restoration of skin barrier function should be incorporated into existing wound treatment standards to ensure complete wound closure and to better identify patients at risk of wound recurrence.