Call for Abstract
Scientific Program
10th International Tissue Repair and Regeneration Congress, will be organized around the theme “Mounting Cavernously in the field of Tissue Repair and Regeneration”
Tissue Repair 2018 is comprised of 15 tracks and 113 sessions designed to offer comprehensive sessions that address current issues in Tissue Repair 2018 .
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
- Track 1-1Skin Tissue Repair
- Track 1-2Inflamation
- Track 1-3Bone regeneration and modern techniques
- Track 1-4Tissue dysfunction
- Track 1-5Effects of guided tissue regeneration
- Track 1-6Intervertebral discs repair
- Track 1-7Fibrogenesis & Tissue Repair
- Track 1-8Fibroblasts in myocardial infarction
- Track 1-9 Macrophages in Tissue Repair
- Track 1-10Dental and craniofacial regeneration
- Track 1-11 Periodontal Regeneration
- Track 1-12Hemostasis
- Track 2-1Stem cell Biology
- Track 2-2Induction of pluripotent stem cells
- Track 2-3Cancer Stem cell
- Track 2-4Stem Cells for Repair of Heart Tissue
- Track 2-5Adipose tissue science
- Track 2-6Mesenchymal stem cells
- Track 2-7Transdifferentiation of adult hematopoietic stem cells
- Track 2-8Stem cell for targeted treatment for osteoarthritis
- Track 2-9Tissue sarcoma
- Track 3-1Cryopreservation
- Track 3-2Preservation and storage
- Track 3-3Primary cell culture
- Track 3-4Proembryonic stem cell research
- Track 3-5Towards cell culture automatization
- Track 4-1Alzheimer’s disease
- Track 4-2Bone Regeneration
- Track 4-3Liver Regeneration
- Track 4-4Neuro Regeneration
- Track 4-5osteoarthritis rheumatoid arthritis
- Track 4-6Skin avulsion
- Track 4-7traumatic brain injury
- Track 5-1Pancreas Tissue engineering
- Track 5-2Cardiac Tissue engineering
- Track 5-3Cartilage Tissue engineering
- Track 5-4Bone Tissue Tissue engineering
- Track 5-5Liver Tissue Engineering
- Track 5-6Challenges in tissue engineering
- Track 5-7Vascular tissue engineering
- Track 5-8Tissue engineering via gene delivery
- Track 5-9Cryo tissue engineering and equipment design
- Track 5-10Biomechanical stimulation
- Track 5-11Cell-based tissue engineering and cell signaling
- Track 6-1Bio active glasses
- Track 6-2Metal based material
- Track 6-3Polymers
- Track 6-4Biomaterials for drug delivery
- Track 6-5Biodegradable hydrogel
- Track 6-6Biomimetic materials
- Track 6-7Biomaterials design and technology
- Track 6-8Scaffold designs
- Track 6-9Fabrication of scaffolds
- Track 6-103D scaffolds and models
- Track 6-11Surface ligands and molecular architecture
- Track 6-12Porous scaffolds
- Track 6-13Tissue Microarray
- Track 7-1Cardiovascular Regenerative medicine
- Track 7-2Clinical trials and regenerative medicine
- Track 7-3Collaborative capital efficient translation in regenerative medicine
- Track 7-4Ethics and applications of regenerative medicine
- Track 7-5Global market scenario of the Regenerative medicine
- Track 7-6Immunology and Regenerative medicine
- Track 7-7Regenerative endodontics
- Track 7-8Regenerative medicine business model
- Track 8-1Cardiac regeneration and therapeutics
- Track 8-2Drug reinforcement and dependence
- Track 8-3Functional regenerative recovery
- Track 8-4Liver regeneration and therapeutics
- Track 8-5Photodynamic therapy
- Track 8-6Regenerative injection therapy
- Track 8-7Regenerative therapeutics
- Track 9-1Clinical application of banked tissue
- Track 9-2Organ donation
- Track 9-3Skin bank
- Track 9-4Trends in biobanking and preanalytics
- Track 10-1Brain and Spinal cord injury
- Track 10-2Cell Replacement Therapy
- Track 10-3Mesenchymal Stem Cells for Cell Therapy and Tissue Regeneration
- Track 10-4Neuro degeneration
- Track 10-5Oncology and Stem Cell Therapy
- Track 10-6Stem Cell Therapy in Clinical Trails
- Track 10-7Stem Cell Treatments
- Track 10-8Stem Cells for Cell-Based Therapies
- Track 11-1 Bioartificial skin
- Track 11-2Bioartificial pancreas
- Track 11-3Biodegradable conduit
- Track 11-4Cortical grafts
- Track 11-5Fibrous encapsulation
- Track 11-6Vascular substitute for cardiovascular
- Track 12-1Chronic obstructive pulmonary disease
- Track 12-2Fibrodysplasia ossificans progressiva
- Track 12-3Metaplasia
- Track 12-4Multiple sclerosis
- Track 12-5Neoplasia
- Track 12-6Transdifferentiation
- Track 13-1Erythropoietin
- Track 13-2Fibroblast growth factor
- Track 13-3Hepatocytic growth factor
- Track 13-4Matrix-bound growth factors
- Track 13-5Platelet-Derived Growth Factor
- Track 13-6Reepithelialization
- Track 14-1Cell defective bone site
- Track 14-2Gene activated matrices
- Track 14-3Orthopedic Implants
- Track 14-4Osteogenesis
- Track 14-5Osteoprogenitor
- Track 14-6Recombinant signaling molecules
- Track 14-7Solid free form fabrication of scaffolds
- Track 14-8Synthetic cartilage
- Track 15-1 cardiac rehabilitation practice
- Track 15-2Clinical grade biotherapies
- Track 15-3Physical Therapy