(Including but not limited to the following topics)
Track 1: Biomaterials
Design and synthesis of biodegradable materials
Bioactive materials, antibacterial materials and immunoregulatory materials
Nanobiomaterials, carbon-based materials and two-dimensional materials for biomedical applications
Biomimetic extracellular matrix and tissue engineering scaffolds
Surface modification, biofunctionalization and anti-fouling coatings of materials
Mechanical adaptation and degradation behavior regulation of biomaterials
Design of intelligent responsive materials
Computational simulation and artificial intelligence-assisted biomaterial design
Track 2: Bionic Structures
Analysis and bionic design principles of biological multi-level structures
Bionic micro-nano structure surfaces and functional interfaces
Material synthesis and assembly inspired by biological mineralization
3D/4D bioprinting and organ chip manufacturing technologies
Microfluidic technology and construction of bionic micro-environments
Self-assembly, self-repairing bionic material systems
Biological-non-biological interface coupling and hybrid systems
Bionic material mechanical enhancement and multi-functional integration
Track 3: Medical Devices
Medical ultrasound instruments
Medical electronic instruments
Laser medical instruments
Precision biosensors
Electrocardiography equipment, respiratory equipment, wearable equipment
Brain-computer interfaces
Rehabilitation equipment
High-precision diagnostic instruments
Minimally invasive and precise treatment instruments
Stability and reliability control of biomedical instruments, etc. ......