World Congress of
Smart BioMaterial 2021
Theme: Smart Economy by Deep Learning from Nature
Time: September 19-22, 2021
Program Layout |
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Theme 1: Main Conference |
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Vision 1: New Era of Innovative Biomaterials -Voice of Smart Biomaterial 4.0 |
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Opening Ceremony |
Keynote Forum: Leadership for Smart Biomaterials 4.0 l High-end Dialog 1: Current Status and Future Trend of Smart Biomaterials l High-end Dialog 2: Challenges and Opportunities for Biomaterial Innovation |
Theme 2: Parallel Forums |
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Vision 2: A Fascinating New Era of Smart Biomaterials - Hot Innovation Powerhouse from Emerging Disruptive Technologies |
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Chapter 2-1: The Three Musketeers of Smart Biomaterials |
Chapter 2-6: 4D Bioprinting and Smart Bioinks |
Chapter 2-2: Toward Smart Biomaterial 4.0 |
Chapter 2-7: AI-Driven Smart Biomaterial Innovation |
Chapter 2-3: Cell Encapsulation |
Chapter 2-8: Smart Life On-a-Chip |
Chapter 2-4: Green Chemistry of Smart Biomaterials |
Chapter 2-9: Neuroelectrodes and the Brain–Computer Interface |
Chapter 2-5: Smart Versatile Microneedle Arrays |
Chapter 2-10: Layer-by-Layer Approaches for Smart Biomaterials |
Vision 3: Smart Responsiveness of Next Generation Biomaterials -Full Play of Chemical, Physical and Biological Stimulus Functionalities |
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Chapter 3-1: Self-healing Biomaterials |
Chapter 3-7: Piezoelectric Biomaterials and Electroactive Biopolymers |
Chapter 3-2: Shape-Memory Biopolymers |
Chapter 3-8: Thermoelectric, Temperature-responsive Biopolymers
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Chapter 3-3: Magnetostrictive, Magnetocaloric and Magnetic Shape Memory Biomaterials |
Chapter 3-9: X-Chromic Responsive Biomaterials |
Chapter 3-4: pH-Sensitive and Chemoresponsive Biopolymers |
Chapter 3-10: Ferrofluids Biomaterials |
Chapter 3-5: Multi-functional Bioelastomers |
Chapter 3-11: Photomechanical, Photovoltaic or Optoelectronic Biomaterials |
Chapter 3-6: Enzyme-responsive Biomaterials |
Chapter 3-12: Biologically Responsive Biomaterials |
Vision 4: Smart Biomaterial Deliverability and Analysis -From Biocompatibility, Surface Engineering, to Best DDS |
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Chapter 4-1: Mastering Biomaterials & Biological Systems Interactions |
Chapter 4-7: Endogenous and Exogenous Stimuli-Responsive Drug Delivery Systems |
Chapter 4-2: Advances in Biocompatible and Biodegradable Smart Biomaterials |
Chapter 4-8: Smart Biomaterials Delivering Genes |
Chapter 4-3: Smart Surfaces, Bio-Interfaces, Analysis and Their Engineering |
Chapter 4-9: Smart Biomaterials Delivering Protein-like Therapy |
Chapter 4-4: Smart Polymers Targeting Oral Drug Deliverability |
Chapter 4-10: Smart Biomaterials Delivering Cells |
Chapter 4-5: Novel Spectroscopic Analysis of Biomaterials |
Chapter 4-11: State of the Art in Smart Biomaterial Analysis |
Chapter 4-6: Biomechanics and Mechanotransduction of Smart Biomaterials |
Chapter 4-12: High-throughput Analysis in Smart Biomaterial Discovery |
Vision 5: Bio-Inspired Smart Biomaterials -Deep Learning from Smart Nature |
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Chapter 5-1: Self-Assembling Biomaterials |
Chapter 5-4: Bacterial Cellulose and Virotronics Biomaterials |
Chapter 5-2: ECM-like materials and Elastin-Like Polypeptides |
Chapter 5-5: Biomimetic Biomaterials of Cancer Microenvironments |
Chapter 5-3: Hydrogels of Decellularized Matrix and Scaffolds |
Chapter 5-6: MicroRNA as Biomaterial |
Vision 6: Re-lightening the Porch of Life -Engineering Smart Scaffolds, Smart Tissues, and Smart Organ for Regenerative Medicine |
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Chapter 6-1: Astonishing Lifelike Biomaterials or Creating Life |
Chapter 6-9: Hydrogels for TE applications |
Chapter 6-2: Smart Scaffolds,Stem Cells for Tissue Engineering |
Chapter 6-10: Cardiovascular Tissue Engineering and Regeneration |
Chapter 6-3: Smart Biomaterials for Immune Engineering |
Chapter 6-11: Nerve and Spinal Cord Regeneration |
Chapter 6-4: Bone Tissue Engineering |
Chapter 6-12: Adipose, Breast Tissue Engineering |
Chapter 6-5: Biomaterials for TE in Cartilage, Synovial Fluid |
Chapter 6-12: Ophthalmology Tissue Engineering |
Chapter 6-6: Dental TE, Craniofacial and maxillofacial and Regeneration |
Chapter 6-14: Kidney, Pancreas and Liver Tissue Engineering |
Chapter 6-7: Skin, Mucosa and Hair TE and Regeneration |
Chapter 6-15: Lung, Bronchia and Trachea |
Vision 7: Future Superstars Saving Lives -Translating Smart Biomaterials into Better Clinical Practices |
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Chapter 7-1: Smart Biomaterials for Medical Imaging |
Chapter 7-7: Orthopedic and Dental Implants |
Chapter 7-2: Smart Biomaterials for Medical Devices and Diagnosis |
Chapter 7-8: Intervertebral Disc and Spine Surgery |
Chapter 7-3: Biophotonics, Biomedical Optics, Biosensors and Bioactuators |
Chapter 7-9: Wound Healing |
Chapter 7-4: Artificial Ligaments and Tendons Repair |
Chapter 7-10: Vascular Grafts |
Chapter 7-5: Cardiac Patch |
Chapter 7-11: Retina Reconstruction and smart Contact Lenses |
Chapter 7-6: Drug Eluting Stents |
Chapter 7-12: Islet Transplantation for Management of Diabetes |
Vision 8: Pioneers Making the Bio World Great Again - Catalyzing Smart Green Economy via Smart Biomaterials for Non-Medical Applications |
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Chapter 8-1: Smart Biomaterials in Food Industry |
Chapter 8-3: Smart Biomaterials in Agriculture, Forestry, and Marine Fields |
Chapter 8-2: Military, Anti-Terrorism and Homeland Security |
Chapter 8-4: Smart Biomaterials for Life Style |
Theme 3: Business and Career Development -New Chapterway for Growth |
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Theme 4: Social and Culture Events -Friendship Makes Innovation Easier |
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Welcome Banquet and Culture Performance |
Closing Ceremony |
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Call for Session Chairs and Speakers |
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Call for Speakers, Exhibitors and Sponsors Worldwide. |
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Call for Papers |
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Enjoy 20 Parallel Conferences Free with One Registered Pass |
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