The Annual Inaugurate World Congress of Smart BioMaterial 2021
★ Program Layout

 

 

World Congress of


Smart BioMaterial 2021


Theme: Smart Economy by Deep Learning from Nature

Time: September 19-22, 2021

 

Program Layout

 

Theme 1: Main Conference

Vision 1: New Era of Innovative Biomaterials

-Voice of Smart Biomaterial 4.0

Opening Ceremony

Keynote Forum: Leadership for Smart Biomaterials 4.0

High-end Dialog 1: Current Status and Future Trend of Smart Biomaterials

High-end Dialog 2: Challenges and Opportunities for Biomaterial Innovation

Theme 2: Parallel Forums

Vision 2: A Fascinating New Era of Smart Biomaterials

- Hot Innovation Powerhouse from Emerging Disruptive Technologies

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

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

 

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

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

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

Chapter 6-1: Astonishing Lifelike Biomaterials or Creating Life

Chapter 6-9: Hydrogels for TE applications

Chapter 6-2: Smart ScaffoldsStem 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

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

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

 

 

Theme 4: Social and Culture Events

-Friendship Makes Innovation Easier

Welcome Banquet and Culture Performance

Closing Ceremony

 

News Released

Call for Session Chairs and Speakers

Call for Speakers, Exhibitors and Sponsors Worldwide.

Call for Papers

Enjoy 20 Parallel Conferences Free with One Registered Pass

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