(Include but not limited to)
Track 1: Biomaterials
Biomedical metals, ceramics, polymers and composite materials
Biodegradable materials, hydrogels and natural-derived materials
Smart-responsive biomaterials (pH, temperature, enzymes, light, magnetic response)
Nanobiomaterials, two-dimensional materials and bio-functionalized interfaces
Bioactive coatings, antibacterial/anticoagulant surface modification technologies
Material-cell interaction, immune regulation and biocompatibility assessment
Artificial intelligence-assisted biomaterial design and performance prediction
Sustainable and green biomaterial development
Nanoneedle/photonic/sonomicromodal molecular imaging and biomaterial tracing
Medical bioelectronic materials and neural regulation technologies
Collaborative transformation mechanism of biomaterials, medical devices, and clinical medicine
Track 2: Medical Devices
Medical ultrasound equipment
Medical electronic equipment, laser medical equipment
Precision biosensors
Electrocardiography equipment, respiratory equipment, wearable equipment
Brain-computer interface, rehabilitation equipment
High-precision diagnostic instruments, minimally invasive and precise treatment instruments
Stability and reliability control of biomedical instruments, etc.
Track 3: Tissue Engineering
Three-dimensional/four-dimensional (3D/4D) bioprinting and organ-on-chip (Organ-on-chip) technology
Design and manufacturing of tissue engineering scaffolds (electrospinning, freeze-drying, phase separation)
Stem cells (mesenchymal stem cells, iPSCs) and regenerative medicine strategies
Tissue repair and regeneration of bone, cartilage, skin, blood vessels, nerves, etc.
Construction of organoids and in vitro disease models
Design of bioreactors and in vitro tissue culture techniques
Vascularization strategies and survival of tissue engineering constructs
Cell therapy, exosomes and cell-free therapies ......