Purpose:
1.Academic and Professional Growth: As a researcher passionate about life sciences, I aim to engage with cutting-edge advancements, innovative methodologies, and interdisciplinary perspectives that drive the field forward.

2.Networking Opportunities: The forum provides a platform to connect with leading scientists, peers, and industry experts, fostering collaborations that could translate into future research projects or career opportunities.

3.Knowledge Dissemination: I wish to present my own research findings, receive constructive feedback, and contribute to discussions that address global challenges in areas such as genomics, biotechnology, or public health.

4.Stay Updated: Gain insights into emerging trends (e.g., CRISPR technology, AI in biomedicine) and ethical debates shaping the future of life sciences.

5.Skill Enhancement: Learn practical tools and techniques through workshops or keynote sessions to refine my research approach.

6.Inspiration and Advocacy: Absorb diverse viewpoints to strengthen my ability to communicate scientific concepts effectively and advocate for science-driven policies.

Transcript-Graduate-Transcript-of-University-of-Science-and-Technology-of-China.pdf

Hong Kong

Based on the effectiveness of OBB in the treatment of UC, this project will use functional metabolomics strategy in combination with other cutting-edge biotechnologies, such as multi-omics, to systematically analyze the cross-scale molecular interactions between intestinal epithelial barrier defects, intestinal bacterial dysbiosis, host metabolism disorders, and immune homeostasis imbalance in the process of UC. By constructing the molecular regulatory network of “intestinal barrier-functional mictobiota-functional metabolism-immune homeostasis”, we will focus on elucidating the molecular mechanism by which OBB regulates immune metabolism and plays a role in the treatment of UC by targeting the gut microbiota.