Abstract Submission Guidelines 

1. The deadline for abstract submission is April 30, 2026. Submissions after this date will not be considered.

2. All abstracts must be submitted in English and should not exceed 500 words，should include the title, author and institution, contact address, and postal code, Email, etc.
3. For the specific format, please refer to the Abstract Template. Please confine the abstract format and styling to that of the abstract template.
4. Abstracts must be submitted through the Online Submission System. Each participant, as the first author, is limited to one abstract submission. We eagerly anticipate your contribution.
  * If you have problems with online submission, please email the abstract to info@wacbe2026.cn.

5. For the poster presentation, the poster board size will be 90 cm (W) x 120 cm (H). The posters must include the title, author, institution name, city and postal code. After registration, please affix and display them at the designated exhibition board locations as specified by the conference.

6. A notification letter will be sent via e-mail. Registered participants need to indicate their preferences on the mode of presentation, either oral or poster. The organization committee would try its best, but it cannot guarantee to facilitate the preferred presentation. Please note the final allocation of the mode of presentation.

7. To facilitate your submission and conference attendance, we have implemented a unified account system. Please keep an eye on the payment time for the registration fee promptly (payment for the conference ticket is not required at abstract submission). The schedule only shows the first author's name and the title of the abstract.

Topic 1: AI and single cell omics

Topic 2: AI and spatial omics

Topic 3: AI and medical imaging

Topic 4: AI and molecular diagnostics

Topic 5: AI and therapeutic discovery

Topic 6: virtual cell modeling

Topic 7: digital twin and virtual patients

Topic 8: AI and systems bioengineering 

Topic 9: Others

Track 2: Biomaterials, Tissue Engineering and Drug Delivery

Topic 1: Metabolism-Regulating Biomaterials for Regenerative Engineering

Topic 2: Bioresponsive Intelligent Drug and Delivery Systems

Topic 3: Biomaterial Interface Engineering

Topic 4: Advancing Biomaterial Technology for Tissue Engineering and Regeneration through AI

Topic 5: Others

Track 3: Biomedical Imaging, Signal Processing and Health Informatics

Topic 1: Optical Imaging in Biomedicine

Topic 2: Medical Imaging

Topic 3: Image analysis and signal processing

Topic 4: Health informatics

Topic 5: Molecular imaging

Topic 6: Others

Track 4: Biomechanics, Sports Science and Rehabilitation

Topic 1: Mechanobiology in cell, tissue, and medicine

Topic 2: Biomechanical modeling and AI

Topic 3: Biomechanical regulation in regeneration

Topic 4: Immuno- and genetic-engineering (co with T6)

Topic 5: Imaging in mechano-regulation

Topic 6: Brain biomechanics and translation

Topic 7: Biomechanics in rehabilitation

Topic 8: Others

Track 5: Biosensors and Medical Devices

Topic 1: Soft,Flexible,and Stretchable Biosensing Technologies

Topic 2: Energy-Autonomous and Battery-Free Biosensors

Topic 3: AI-Enhanced Multimodal Wearable and Implantable Sensors

Topic 4: Advanced Chemical, Electrochemical, and Molecular Biosensors

Topic 5: Others

Track 6: Cellular and Molecular Engineering

Topic 1: Immunoengineering (I and II)

Topic 2: Synthetic biology, including synthetic cell or cell-free system

Topic 3: Stem cell bioengineering, including stem cell-based organoids and embryoids

Topic 4: Mechanobiology and mechanomedicine (I and II)

Topic 5: Microbiome

Topic 6: Epigenetics and genome engineering / editing

Topic 7: Molecular imaging (I and II)

Topic 8: Sonogenetics and Magnegogenetics

Topic 9: Others

Track 7: Neural Engineering and Brain-Machine Interface  

Topic 1: Brain-computer interface (neural device interface)

Topic 2: Neural modulation

Topic 3: Neural degeneration and regeneration   

Topic 4: Others     

Track 8: Biomanufacturing and Biotechnology

Topic 1: Therapeutic cell production

Topic 2: Virus (Vector) manufacturing

Topic 3: Organ on a chip

Topic 4: 3D bioprinting for tissue regeneration

Topic 5: Others

Track 9: Translation of Biomedical Engineering: From Bench to Bedside

Track 10: Biomedical Engineering Education

Topic 1: AI and BME education

Topic 2: China-USA BME Education Comparison

Topic 3: Enterprises and BME education

Topic 4: Professional Master's Education in BME

Topic 5: Others