In silico regenerative medicine: from living implants to digital patients
|
My career: A lifetime of TERM research and innovation & a lifer of TERMIS
|
‘Do not go gentle into that good night’
|
Plenary Speakers
|
Biomaterials for Tissue Engineering and Modeling Disease
|
|
Magnetically Assisted Tissue Engineering Technologies for Tendon Regeneration
|
|
REGULATION AND ROLES OF AUTOPHAGY IN THE BRAIN
|
|
Vascular Endothelial Growth Factors. From Basic Science to Clinical Trials |
|
Polymeric Nanoparticles for the Intracellular Delivery of Biotherapeutics for Cancer Treatment
|
Invited Speakers
|
The modern biomaterial paradigm in tissue engineering and regenerative medicine
|
|
XENO-FREE GENERATION AND DIFFERENTIATION OF HUMAN INDUCED PLURIPOTENT STEM CELLS ON THE SURFACE IMMOBILIZED WITH ECM AND ECM-DERIVED OLIGOPEPTIDE
|
|
Prospects of tissue engineering in wound management
|
|
Engineering cell niches for TERM applications exploiting peptide self-assembly
|
|
HIGH DEFINITION BIOPRINTING – AN ENABLING TECHNOLOGY FOR TERM
|
|
Bone marrow niche and blood cell formation
|
|
Bone marrow niche and blood cell formation
|
|
Translation of cell biomechanics in regenerative medicine |
|
Self-assembling peptide hydrogels for 3D cell culture; From molecular self-assembly to commercial product |
|
Transforming proteins into functional biomaterials for complex tissue engineering |
|
Dual alginate crosslinking and two degradation modes for local patterning of biophysical and biochemical properties |
|
Bioengineering Materials for Orthopedic Regenerative Medicine
|
|
NOVEL BIODEGRADABLE DENDRITIC BLOCK COPOLYMERS AS NUCLEIC ACID VECTORS TO THE CENTRAL NERVOUS SYSTEM
|
|
Therapeutic Vascularization of Skeletal Muscle
|
|
Response of mesenchymal stem cells to flow in the Nichoid 3D microstructured substrate
|
|
On the Convergence of the Sciences and Why Veterinary Science Can Take Center Stage in Tissue Engineering Innovation
|
|
SPARC-MEDIATED MECHANOTRANSDUCTION IN TENDON HOMEOSTASIS AND TISSUE INTERFACE MATURATION |
|
Seeing is Believing: Application of Radiopaque Biomedical Polymers in Interventional Medicine |
|
TOWARDS ENGINEERING OF BIO-INSTRUCTIVE MATERIALS TO GUIDE TISSUE REGENERATION PROCESSES |
|
Secretome from placental progenitor cells and its role in large animal reproductive regenerative medicine |
|
DESIGN AND STUDY OF SELF-ASSEMBLING PEPTIDES AS SCAFFOLDS FOR TISSUE ENGINEERING |
|
Intervertebral disc: a journey from embryonic development to cell-based regenerative strategy |
|
Do dental stem cells of the apical papilla have the teeth for spinal cord repair? |
|
Towards a Mechanistic Understanding of Materials-Driven In Situ Cardiovascular Tissue Engineering |
|
Tropoelastin and Enhanced Wound Repair |
|
Presentation of the COST Action “International Network for Translating Research on Perinatal Derivatives into Therapeutic Approaches – SPRINT” |
|
Stem Cell Secretome as a Modulator of CNS Regeneration |
|
Development of biodegradable microcarrier systems for rapid protein conjugation at physiological condition |
|
CELL THERAPIES - CLINICAL APPLICATIONS IN REGENERATIVE DENTISTRY |
|
Nucleus Pulposus Progenitor Cells positive for Receptor Angiopoetin-1 alias Tie2 – Multipotent Cells of Specific Capabilities for Tissue Engineering? |
|
Open Up! Chances and Limitations of using Open Innovation in Science |
|
Using biophysical cues for engineering cell morphology and function |
|
MULTI-MODAL IMAGING OF SOFT AND HARD TISSUES IN HEALTH AND DISEASE |
|
DEMINERALIZED BONE MATRIX AS A PROMISING CARRIER FOR LOCAL DRUG RELEASE |
|
DYNAMIC BIOMEDICAL SYSTEMS BASED ON ELASTIN-LIKE RECOMBINAMERS |
|
BIOMATERIAL SCAFFOLDS AS 3D TUMOUR MODELS FOR CANCER RESARCH |
|
MULTIFUNCTIONAL GLYCOSAMINOGLYCAN HYDROGELS FOR NEW THERAPIES AND HUMAN DISEASE MODELS |
|
Open Access Publishing: Benefits and Challenges |
|
MESENCHYMAL STEM CELL ENCAPSULATION IN ALGINATE MICRO-PARTICLES FOR INTRA-ARTICULAR INJECTION IN OSTEOARTHRITIS |
|
Patient-specific meniscus replacement: Roadmap from artificial over tissue-engineered to smart meniscus |
|
Subchondral Bone Remodeling Concurrent with Cartilage Degeneration in Osteoarthritic Joints |
|
OSTEOPOROSIS AND 3D BONE LIKE SCAFFOLDS MIMICKING THE FEATURES OF HUMAN HEALTHY BONE |
|
Tailoring Laponite® crosslinked hydrogels to control cell function in vitro and in vivo |
|
Injectable hydrogels for musculoskeletal system regeneration: Importance of the disease microenvironment. |
|
Development of collagen/hyaluronic acid composites for the treatment of Nucleus Pulposus degeneration: a physico-chemical study. |
|
Regulatory considerations for tissue engineered products
|
|
Carbohydrate Polymers to Modulate Macrophage Activities for Tissue Regeneration and Immunotherapy
|
|
The Application of Bioengineering Principles to evaluate Emerging Therapeutics for Respiratory Disease
|
|
Development of Synergistic Therapeutic Biomaterials to Manipulate Bone Metabolism and Promote Repair |
|
Advanced bioprinting. A surgeon’s perspective |
|
Mesenchymal Stem/Stromal Cells - A Novel Therapeutic Tool Against Infection |
|
Early simulation of bioengineered Muscle tissue to support volume and function |
|
BIOPRINTING FOR BONE AND JOINT REGENERATION |
|
Mussel-Inspired Adhesives, Coatings and Films for Biological Applications |
|
Imaging cardiac regeneration |
|
Viable and cell-free tissue substitutes from human pluripotent stem cells for bone regeneration during aging |
|
Fabrication of Stimuli Responsive Hydrogel Microenvironments for Cell Manipulation |
|
Melt Electrospun Written Scaffolds with Optimised Fibrous and Mineral Architectures to enhance human MSC Osteogenesis for Bone Regeneration
|
|
Materials and growth factors for rotator cuff repair
|
|
Skeletal vascularized organoids from patient-derived cells |
|
TRANSLATION OF BASIC TENDON SCIENCE INTO CLINICAL PRACICE |
|
Product development in an GMP manufacturing environment |
|
(BIO)ENGINEERED ORGANS FOR BLOOD DETOXIFICATION |
|
A Gel-Based Model of Selective Cell Motility: Implications for Cell Sorting, Diagnostics and Screening |
|
Bioprinting Scaffold-free Constructs with Cell-only Bioink |
|
Cellular Brain Repair for Parkinson’s Disease: Is the Answer in the (Biomaterial) Matrix? |
|
A NOVEL INTEGRATED LOW COST TOOL FOR ACCELERATING THERAPIES FOR PANCREATIC CANCER FROM BENCH TO BED |
|
Biomimetic Scaffolds for Soft Tissue Engineering via Melt Electrowriting |
|
Label free optical bioimaging for stem cells research |
|
Cell derived Microtissues: Design, production and applications |
|
LASER SURFACE ENGINEERING OF BIOMATERIALS FOR NEURAL TISSUE ENGINEERING APPLICATIONS |
|
OPTIMISING MEDICAL DEVICE TISSUE ADHESION AND INTEGRATION THROUGH MECHANICAL AND SURFACE TOPOGRAPHICAL METHODS |
|
Bio-engineering human skin: The long way from basic research to clinical |
|
Aging of the Skeletal Muscle Extracellular Matrix and its Effect on Stem Cell Functionality |
|
Towards an artificial meniscus: biomechanical properties as a driver for orthopaedic innovation |
|
Advances in mesenchymal stem cell therapy for osteoarthritis: from the cell to its extracellular vesicles |
|
BIOMIMETIC 3D SCAFFOLDS FOR GENE DELIVERY AND ENHANCED TISSUE REPAIR |
|
Engineering of extracellular vesicles for drug delivery
|
|
Osteoconductive microarchitectures for high performance bone substitutes
|
|
BIOCAPAN: an innovative microcapsule-based advanced therapy medicinal product for the treatment of diabetes mellitus type I
|
|
The DRIVE Consortium - Living Implants and Delivery Devices for the Treatment of Type 1 Diabetes |
|
Academic endeavours and bootstrapped start-up development, how to serve two unforgiving masters at the same time |
|
Bio-inspired bone adhesive proven to be safe in vivo |
|
HETEROGENEITY IN ADULT HUMAN MESENCHYMAL STEM CELLS DUE TO ORIGIN AND CULTURE EXPANSION |
|
Biological polymers as enabling materials for brain tissue model and engineering |
|
Piezoelectricity applied to tissue engineering: A new approach based on remote cell stimulation |
|
Development of multimaterial and multiscale approach for fabrication of tissue constructs |
|
SmartBone®: the case of an innovative bio-hybrid bone graft, from lab-scale design to clinical translation and commercialization. |
Development of tissue scaffolds via 3D biofabrication of organic/inorganic hybrid bioinks |
|
Epithelial stem cells, a real tool for effective regenerative medicine treatments |
|
Epithelial stem cells, a real tool for effective regenerative medicine treatments |
|
Discrimination of Influence of Cell Adhesion and Spreading Area on hMSCs Differentiation Using Micropatterns |
|
Do we need to better mimic bone microstructure to observe bone cell behavior in vitro? |
|
Bioprinting of Gene-activated Scaffolds for Musculoskeletal Regeneration: Cell-based Growth Factor Delivery |
|
Commercialization of tissue engineering products - A user’s clinical perspective |
|
Innovative Approach for bone and cartilage tissue engineering |
|
Induction of angiogenesis by placenta derived stem cells and matrix for tissue engineering and regenerative medicine |
|
Canine And Feline Liver Organoids As Translational Models |
|
Hybrid Bioprinting with Vascularized Spheroids |
|
Did we run out of Ideas? The importance to spark innovation in Tissue Engineering Research and Traumatology |
|
Towards a better knowledge of cell and tissue responses to strontium-containing bioactive glasses |
|
Modeling of limbal stem cell differentiation using human pluripotent stem cells and tissue engineering |
|
Modeling of limbal stem cell differentiation using human pluripotent stem cells and tissue engineering |
|
Medical evaluation of mussel protein bioadhesives |
|
Simplifying corneal regeneration via the use of pliable tissue delivery microfabricated membranes |
|
International Standardization and Electronic Coding of the Terminology for Regenerated Tissue Products |
|
Cytoprotective Single-Cell Nanoencapsulation |
|
NATURAL POLYMERS OF BACTERIAL ORIGIN AND THEIR BIOMEDICAL APPLICATIONS |
|
Research Integrity and Publication Ethics |
|
Horses as large animal models of experimentally induced and naturally occurring disease |
|
How can I contribute to a better scientific community within TERM? |
|
Therapeutical opportunities of dental pulp stem cells |
|
Cardiosphere-derived cells for allogeneic stem cell therapy in canine dilated cardiomyopathy |
|
Tenogenic properties of MSC in inflammatory environment |
|
Lessons in translation and the immune response to biomaterials |
|
Tissue Engineering for Drug Discovery: Time for Implementation |
|
Combining bio-fabrication and guided self-organization of vascular cells to engineer complex vascular networks in engineered tissues |
|
The Chicken and the Egg in Bone Formation: what Cell is the Trigger? |
|
Stem cells and biomaterials for the regenerative medicine of intervertebral disc: from clinical data to innovative concepts |
|
Injectable Thermogels for Medical Applications |
|
Design of biomaterials with micro/nano-structure for regulating cell behavior and tissue engineering |
|
From idea to first-in-human trials: collagen scaffolds for spinal cord repair |
|
Bottom-up Layer-by-Layer Assembly Technology to Process Nanostructured Multifunctional Biomaterials Across Multiple Length Scales for Tissue Engineering and Regenerative Medicine Strategies |
|
COMPARTMENTALIZATION OF CELLS AND THERAPEUTIC MOLECULES INTO SOFT POLYMERIC STRUCTURES FOR BOTTOM-UP TISSUE ENGINEERING STRATEGIES |
|
Novel gram-positive bacteria killing cubosomes with high eukaryotic cytocompatibility – Insights into an interesting lesson from nature |
|
Monocyte subsets and macrophage polarization in cell migration and tissue remodelling |
|
Systemic environment, extracellular vesicles and miRNAs in aging: impact on cell based therapies? |
|
Strategies for Peripheral and Central Nerve Repair |
|
Extracellular matrix derived components as building blocks for tough hydrogels |
|
Potential anticancer therapeutic and antibacterial properties of green synthesized Ag, Au and Ag/Au alloy nanoparticles |
|
Environmentally-friendly coatings with antibacterial properties |
|
The influence of endotoxin on cellular activities |
|
Medical Electrospinning for regenerative medicine and medical devices: an industrial perspective |
|
3D Printable Hydrogel-Bioinks: Rheological Implications and the Importance of Controlled Network Formation |
|
Programming of macrophages as the immunomodulatory approach in implantation |
|
3D printed bouncy hybrids for cartilage regeneration |
|
EXPLOITING THE NEXUS BETWEEN BIOMATERIAL MECHANICS, TISSUE MECHANICS AND GENE THERAPY FOR ENHANCED TISSUE GENESIS AND REPAIR |
|
NATURAL BIOMATERIALS FOR BONE AND OSTEOCHONDRAL DEFECT REPAIR |
|
Harnessing the Inflammatory Response for Tissue Regeneratione |
|
Nidogen-1 Improves Cardiac Function post Myocardial Infarction via Synergistic Angiogenesis, Neurogenesis, Scar Modulation and Immune Response |
|
Biomaterial-driven In Situ Transplantation of Mesenchymal Stromal Cells for Myocardial Repair |
|
BIOPRINTING TECHNIQUES FOR HIGH THROUGHPUT TISSUE MODELLING |
|
Human Organs Chips for Drug Development, Disease Modeling, and More… |
|
Commercialising university technology |
|
Tailor-made 3D tissue models: What works for industry and what does not |
|
Angiogenic properties of dental pulp stem cells for tissue engineering |
|
Publishing in a more diverse and connected world |
|
Transforming the Spleen into a Functioning Liver in vivo |
|
NO ANTIBIOTICS BIOMATERIALS FUNTIONALIZATION TO PREVENT AND FIGHT IMPLANTS ASSOCIATED INFECTIONS |
|
Creating environments to control biological response |
|
Combining In vitro and In Silico Models in Regenerative Medicine: A Digital Twin For Perfusion Bioreactor Processes |
|
Learning from nature to form new organic materials for tissue regeneration |
|
3D NephroScreen: High throughput drug-induced nephrotoxicity screening on a proximal tubule-on-a-chip model |
|
Biofabrication: A Tool Set to Study Biology in 3D with Applications in Regenerative Medicine and in vitro Models |
|
Long-term survival of transplanted autologous canine liver organoids in a COMMD1 deficient dog model of metabolic liver disease like Wilson’s disease |
|
Functional injectable biomaterials for minimally invasive surgery |
|
The Impact of Ancillary Materials on Your Translational Journey |
|
Promises and future of bioprinting technic in cosmetic evaluation |
|
ENGINEERED MICROENVIRONMENTS FOR STEM CELL ENGINEERING |
|
Technological challenges for the clinical translation and commercialization of TERM therapies. |
|
GLYCOFUNCTIONALISED NEURAL INTERFACE COATINGS THROUGH HEPARAN SULPHATE MMETICS |
|
Electrospinning as a method for biomaterial manufacturing: an industry perspective |
|
Engineering complex bio architectures to biomimic nature: A step closer to the development of artificial organs |
|
Pre-Clinical Testing of Bioprinted Cartilage: What has it brought us ? |
|
2D substrates as innovative tools with dual therapeutic/regenerative behaviors |
|
Using Induced Pluripotent Stem Cells to Model Neurodegenerative Diseases |
|
DESIGN OF ADVANCED POLYMER AND HYBRID MATERIALS FOR BIOMEDICAL APPLICATIONS |
|
LOCAL CONTROLLED DRUG DELIVERY: TENURED TRANSLATION |
|
Enhance your science writing and publishing |
|
From cell-laden bone tissue engineering to personalized bone organoids |
|
Development and GMP-compliant Manufacturing of EV Therapeutics: From Preclinical Research to Clinical Application |
|
ENTHESIS REGENERATION USING TOPOGRAPHICAL CUES AND STEM CELLS |
|
Nanosensitive imaging of tissue constructs and cells |
|
Role of kinematic load on cell behavior |
|
MESENCHYMAL STEM/STROMAL CELLS AS A THERAPY FOR OSTEOARTHRITIS: MECHANISTIC INSIGHTS |
|
Mass production of core/shell nanofibers: Industrial perspective |
|
Co-cultured Complex 3D Miniaturized and Vascularized Models for Metastatic Processes and Drug Investigations. |
|
Synthetic basement membrane analogues induce the formation of 3D tissue-like structures in 2D cultures |
|
Development of dynamic polymeric hydrogels for tissue engineering |
|
Engineered Fibre and Gel Composite Materials as Potential Bioinks |
|
HYALURONAN HYDROGEL PLATFORM FOR MUSCULOSKELETAL REGENERATION |
|
Designing biosynthetic corneal implants for clinical application |
|
Will chondroinductive materials revolutionize cartilage regeneration? |
|
MECHANOBIOLOGY REVISITED: FROM PHENOMENA TO DESIGN OF THE BIOMATERIAL-TISSUE INTERFACE |
|
Hybrid electroconductive platforms for the generation of mature cardiac organoids |
|
Macromolecular crowding to tune microenvironmental ECM architecture: from ultraflat 3D to bioprinted structure |
|
Advanced tissue manufacturing strategies and applications in soft tissue repair |
|
Engineering Protein- and Polysaccharide-based Bioinks for Bioprinting of Personalised Implants |
|
Controlling the immune system to promote tissue regeneration – from inflammatory cytokines to regulatory T cells |
|
Collagen Scaffolds with Sustained Insulin Release and Controlled Pore Structure for Tissue Engineering |
|
Hands-on tissue engineering course for students from various educational backgrounds – a Fulbright-funded experience in Yerevan, Armenia |
|
Transforming scaffold designs from university to industry – a bench-to-bedside perspective |
|
REGULATION AND ROLES OF AUTOPHAGY IN THE BRAIN |
|
It Takes Two to Tango: The Promises of Hybrid 3D Bioprinting |
|
HUMAN TEXTILE: THE NEXT GENERATION VASCULAR GRAFTS |
|
Immunoprofiling in Tissue Engineering and Immune assisted Tissue Engineering via Macrophage Containing Scaffolds |
|
Biomaterials combined with stem cells for bone and cartilage tissue engineering |
|
Development of 3D cellular microenvironments as potential remedy |
|
Modeling myogenesis in vitro using directly reprogramed induced myogenic progenitor cells |
|
Two decades of research on amniotic cells: what have we learned? |
|
The Lymph Node Niche as an Ex Vivo Tool for T Cell Priming |
|
3D goes clinical — Modified islet transplantation as blueprint for future 3D cell |
|
Engineered and devitalized cartilage extracellular matrix as a bone substitute material |
|
Intuitive Design of Melt Electrowritten Products for Tissue Engineering and Regenerative Medicine |
|
3D BIOPRINTING WITH ADULT STEM CELLS. ROADMAP FOR TRANSLATION TO CLINIC |
|
Mechanisms and characteristics of extracorporeal shock wave therapy |
|
Functional and Multi-functional Devices and Scaffolds for Musculoskeletal Tissue Regeneration |
|
Getting On Nerves: In Vitro Models of Engineered Tissue |
|
Bringing TERM to the Market by Employing Hybrid Approaches |
|
Biofabrication techniques for scaffolds manufacturing: the complex development for osteochondral regeneration |
|
Landscape of Regenerative Medicine and Tissue Engineering in Russia |
|
Biofabrication of different Tissue Models based on methacrylated Gelatine |
|
From implant making & screws to material science & glues - An unexpected journey! |
|
Immonomodulatory programming and antimicrobial activity by new biomaterials |
|
BIOACTIVE NANOCOATINGS VIA LAYER-BY-LAYER TECHNIQUE TO IMPROVE ANTIBACTERIAL PROPERTIES OF POLYMERIC MEMBRANES FOR GUIDED BONE REGENERATION |
|
Maxillo-facial bone regeneration with stem cells and biomaterials in a comparative clinical trial |
|
Injectable biomaterials for bone regeneration |
|
Deciphering Fate Choices in Mesenchymal Stems cells |
|
Micro-3D Printing of Osteocyte Organoid Models |
|
IMMUNOMODULATION IN INTERVERTEBRAL DISC DEGENERATION |
|
Implant Biomaterials in the Age of Tissue Engineering and Regenerative Medicine |
|
Where civil engineering and biology meet: articular cartilage |
|
ECM mimics using modular minimalistic supramolecular systems |
|
Translation of early healing principles into implant surface design for bone regeneration |
|
Mechanical and microtopological environments to drive chondrogenesis |
|
Towards the biofabrication of complex, heterogeneous bone and cartilage structures with multiple printing technologies |
|
Regulation of cartilage phenotype during MSC differentiation |
|
Rejuvenation of Regenerative Capacity in Aged Cells |
|
Progress towards a new biomimetic adhesive inspired by sea urchins |
|
Kidney bioengineering: can we sufficiently replace its function? |
|
Gene therapy: From the nano to the macro scale |
|
Tissue engineering of bone - as close as we can get? |
|
SYNTHETIC VERSUS BIO-INSPIRED APPROACHES FOR ADIPOSE TISSUE ENGINEERING |
|
Use of electrical stimulation for tissue engineering |
|
Implementing Design Control for 3D Printed Patient Specific Resorbable Implants: from Concept to Clinic |
|
Skeletal disease-in-a dish: using induced pluripotent stem cells to model human skeletal disorders |
|
A clinical perspective on the future of natural polymer-based regenerative medicine |
|
VERSATILE CROSSLINKED GELATIN HYDROGEL FOR REGENERATIVE MEDICINE APPLICATIONS |
|
Innovation and commercialisation in the field of regenerative medicine: Learning from the past and lessons for the future |
|
Recent developments to utilize induced pluripotent stem cells for cartilage regeneration |
|
ADVANCED FORMULATIONS BASED ON MULTIFUNCTIONAL MESOPOROUS GLASSES FOR HIGHLY TARGETED THERAPIES IN TISSUE REGENERATION |
|
Towards the Development of a Biohybrid Lung |
|
Nerve repair and axonal guidance: Trophic and topographical cues |
|
Microfluidic systems for in vitro morphogenesis models |
|
Resetting the Aging Clock: Reprogramming Stem Cell Rejuvenation for Vascular and Neural Tissue Regeneration |
|
DEVELOPMENT OF ADIPOSE STEM CELL-BASED APPROACHES FOR INTERVERTEBRAL DISC REGENERATION AND TREATMENT OF LOW BACK PAIN
|
|
Hydrogels that Support Cell Adhesion
|
|
3D bioprinting iPSCs to recapitulate human limb bud development. -an osteoarthritis disease model |
|
INFLAMMATION AND BONE REGENERATION |
|
Approaching Cartilage Repair from Several Direction using Pluripotent Stem Cells |
|
Immunocompetent skin models to emulate sensitation and allergy formation |
|
New approach to regeneration of osteochondral defects by using Agili-C cell-free scaffold |
|
New approach to regeneration of osteochondral defects by using Agili-C cell-free scaffold |
|
Bone Injury Response and the Extracellular Vesicle-mediated Crosstalk Between Immune and Mesenchymal Stem/Stromal Cells |
|
Impact of the Sensory Nervous System and its Neuropeptides on Osteoarthritis Pathology |
|
The human amniotic membrane for regenerative medicine - a critical overview |
|
SYSTEMICALLY ADMINISTERED, YET TARGET-SPECIFIC THERAPEUTIC RECOMBINANT PROTEINS FOR REGENERATIVE MEDICINE |
|
Exercise enhances the treatment of volumetric muscle loss by stem cell transplantation |
|
TWO DECADES OF COMMERCIALIZING NANOMEDICINE TO AID IN HUMAN HEALTH: REAL PATIENT SUCCESS STORIES |
|
From Academia to Industry: a translational research approach for soft tissue regeneration |
|
Considerations for Manufacture of MSCs for Clinical Development |
|
Glycosaminoglycan-based hydrogels for musculoskeletal regeneration |
|
Direct reprogramming of human fibroblasts as a novel tool in cardiac tissue engineering |
|
Redox Lipidomics Deciphering of Lipid Signaling in Tissue Re-Engineering and Regeneration |
|
Emerging Role of Extracellular Vesicles in Bone formation, Application to bone regeneration |
|
Rapid expansion of Mesenchymal Stem Cells using media supplemented with human platelet lysate, suitable for cGMP expansion at large scale. |
|
Regulation of cell fate and differentiation by SOX transcription factors in skeletal development, homeostasis and disease |
|
DEVELOPMENT OF ENABLING PLATFORM TECHNOLOGY FOR BIOPRINTING OF FUNCTIONAL AND VASCULARIZED ENDOCRINE HUMAN ORGAN CONSTRUCTS |
|
Sheep and goat as model animals in biomedical research |
|
Regeneration of functional human lung by distal airway stem cells: from benchside to bedside |
|
INJECTABLE SCAFFOLDS FOR WOUND HEALING |
|
BIOMATERIALS AND BIOFABRICATION METHODS FOR MUSCULOSKELETAL TISSUE ENGINEERING |
|
Extracellular Vesicles in Blood and Lymphatic Vasculature |
|
Molecular and functional analysis of MSC-derived extracellular vesicles in the context of osteoarthritis |
|
Bone tissue engineering in vitro and in vivo using 3D printed scaffolds |
|
REGENERATIVE THERAPY BASED ON IN VIVO RECRUITMENT OF CELLS |
|
Development of dynamic culture systems to investigate the topographic influence on the limbal epithelial stem cells’ fate |
|
Functional design of biomaterials to target early inflammatory response for tissue repair and regeneration |
|
Adhesive Growth Factors for Tissue Engineering |
|
Macrophages as important players in regeneration of osteochondral defects |
|
Design, Fabrication and Properties of Smart Thermoresponsive Biomaterials |
|
Advanced Bioprinting Strategies for Tissue and Tissue Model Fabrication |
Dimitrios Stamatialis
