Including but not limited to the following contents:
Track 1: Medicinal Chemistry
Drug molecule design and synthesis
Discovery and optimization of lead compounds
Quantitative structure-activity relationship and molecular docking
Computer-aided drug design
Extraction of natural products and structural modification
Stereoselective drug synthesis and resolution
Targeted protein degraders
Prodrug design and pharmacokinetic optimization
Drug metabolism and stability prediction
Development of anti-tumor drugs
Development of anti-infective drugs
Drug design for the central nervous system
Regulation of drug crystal form and solubility
Drug analytical chemistry and method development
Artificial intelligence drug discovery
Track 2: Biotechnology
Bioprocess engineering and reactor design
Cell culture and tissue engineering
Genetic engineering and synthetic biology
Enzyme engineering and protein engineering
Biological separation and purification techniques
Biopharmaceuticals and vaccine engineering
Biological sensors and biochips
Biological materials and tissue engineering
Bioinformatics and computational biology
Metabolic engineering and systems biology
Micro/nano biotechnology
Biomedical signal processing
Biomedical electronics and neural engineering
3D bioprinting and biomanufacturing
Bioprocess scale-up and optimization
Track 3: Nanotechnology
Nanomaterial design and synthesis
Nanodelivery systems for drugs
Targeted nanocarriers and controlled release
Nanobiosensors and biological imaging
Nanomedicine and integrated diagnosis and treatment
Biological safety assessment of nanomaterials
Smart-responsive nanomaterials
Nanocatalysis and environmental remediation
Nanophotonics and optoelectronic devices
Two-dimensional nanomaterials and applications
Nanocomposites
Nanoelectronics and nanodevices
Nanorobots and micro/nano manipulation
Nanotechnology and clinical translation