Precision medicine holds the potential to significantly enhance our ability to treat cancers, autoimmune diseases, and chronic infections with increasing specificity. Deeper understanding of how lymphocyte antigen receptors recognize antigens and generate signals is driving the creative design of chimeric and artificial receptors. Insights into the formation and maintenance of antigen-specific memory are guiding innovative approaches to cell therapeutics. Visualizing complex immunological and disease processes in vivo and modeling them in organoids are accelerating the translation of basic discoveries into clinical applications. Machine learning and artificial intelligence are unlocking hidden patterns and providing data-driven solutions to fundamental questions in lymphocyte biology. This meeting will convene leading experts and thought leaders in these pivotal areas of immunological research, with the goal of advancing our capacity to analyze, understand, and engineer lymphocyte biology for the next-generat

This symposium centers on development and application of TPD through chemical and biological innovations, serving not only as a research tool to interrogate and uncover new biology but also as a therapeutic modality to treat human diseases.

This symposium provides a forum for world-renowned experts in the field and young scientists to meet and discuss latest advances and applications in neural imaging across scales, synapses, neurons and glia, neural circuit and behavior, new techniques — imaging, modulation, and probes.

This symposium focuses on topics such as computational biology, drug design, artificial intelligence, and structure prediction, with the aim of providing suggestions for the development of intelligent biological and pharmaceutical-related fields.

The conference, themed around structural lipidomics, focuses on cutting-edge technologies and applications in the field of lipidomics, including lipid biology, lipid metabolism, clinical lipidomics, lipid structure identification, lipid imaging, and food lipidomics.

This symposium focuses on various aspects, including epidemiology, pathogeny, diagnosis, treatment, prevention, and public health strategies related to vector-borne and tropical diseases. It aims to provide scientific strategies and recommendations for the control of vector-borne and tropical diseases in China and globally.

This symposium aims to illuminate the critical importance of early detection and timely intervention in the fight against Alzheimer's disease.

This symposium is centered around molecular physiology, with in-depth explorations of "Chromatin and Genomic Stability" and "Molecular Physiology of the Nervous System" as the main themes.

This symposium provides an opportunity for in-depth communication among international and domestic scientists in this field, collectively advancing the research and development of the human microbiome.

This symposium aims to introduce the latest research advancements, facilitate in-depth discussions, seek collaboration opportunities,and create a favorable development environment for migrasome research.

This symposium covers topics in molecular biology, neuroscience, neurodevelopment, infectious diseases, cancer, immunology, aging and regeneration, structural biology, and computational biology, among other cutting-edge fields in biomedicine.

This forum gathers international and domestic experts in the field to discuss latest advances in these techniques and their application toward interrogating brain structure and function across scales.

This symposium invites renowned scholars from home and abroad to deliver their facinating research findings on bio-architecture and bio-interactions.

The First SMART Symposium focuses on topics such as neurobiology, the development of biotechnological methods, synthetic biology, spatiotemporal genomics, and the immunological mechanisms of SARS-CoV-2 infection.