Tissue Engineering and Regenerative Medicine International Society (TERMIS) European Chapter Conference 2022

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Sessions*

Awards Session

General Assembly

Plenary Session

FTERM Panel Discussion

P2 Plenary Session

SYIS Green lab Panel Discussion

SYIS Career Panel

S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products

PS01 3D in vitro tissue-engineered cancer/disease models – Session I

PS02 3D in vitro tissue-engineered cancer/disease models – Session II

PS03 3D printing of bionic organs – how far are we from clinical application?

Closing Session and Awards

P3 Plenary Session

P4 Plenary Session

S02 3D in vitro tissue-engineered cancer/disease models – Session II

S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine

S01 3D in vitro tissue-engineered cancer/disease models – Session I

S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice

S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective

S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration

S08 Antimicrobial biomaterials for bone regeneration

S09 Biobanking - indispensable support for the development of regenerative medicine

S10-1 Biofabricated Tissues and Organs for Clinical Impact

S11 Biofabrication using extrinsic fields

S12 Biofabrication with light-based technologies and high-definition printing

S13-1 Biofunctionalized surfaces for cellular and tissue engineering

X - S14 Biological testing of 3D-printed biomaterials – towards updated norms

S15-1 Biologically inspired and Engineered disease models

S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility

S18 Biomedical applications of MXene based next generation nanomaterials

S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?

S20 Biomimetic in vitro models for bone regeneration and cancer pathologies

S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic

S24 Cell-rich constructs for tissue engineering

S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling

S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential

S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"

S28 Emerging and future technologies for peripheral nerve regeneration

S29 Engineered viscoelasticity in cell and tissue engineering

S30 European regional platforms for TERM - Update

S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine

S32 Extracellular vesicles for soft tissue repair

X - S33 From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine

S34 Advanced therapy approaches in tissue engineering

S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering

S36 Glycomodulation Approaches in Tissue Engineering

S37 Human Organoids for Musculoskeletal Tissues

S38 Injectable biomaterials for cell-instructive matrix cues

S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering

S40 Injectable scaffolds in tissue engineering

S42 Microphysiological models as powerful preclinical tools

S43-1 Multifunctional biomaterials supporting bone regeneration

S44 Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic

S46 New developments of regenerative and tissue modeling products

S45 Nature bioinspired biomaterials and strategies for TERM

S47 New insights underlying mesenchymal stem cell-mediated bone regeneration

S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy

S49 Novel strategies to assess cellular response to biomaterials

S50 One health, one medicine: What Veterinary regenerative medicine can teach us

S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering

S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)

S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration

S55 REMODELing the Future: next generation of organoid models for biomedicine

S56 Skin wound healing in 2022: where basic science meets clinical needs

S57 Supramolecular synthetic scaffolds: from concept to design and application

S58 TERMIS-EU SYIS and yESAO joint symposium

S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials

S60 Tissue engineering and regenerative medicine in Czech Republic

S61 Tissue Engineering in Microgravity for Health in Space and on Earth

S62 Tissue regeneration by integration of bioinspired materials

S63 Towards automated technologies for organoid-based tissue biomanufacturing

S64 Understanding and preventing early inflammatory events that lead to development of osteoarthritis

S65-1 Vascularization for Tissue Engineering and Regenerative Medicine

S66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues

S68 Human brain organoids versus assembloids approach for neurodevelopmental studies

Opening Session

PS04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling

PS05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice

PS06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective

PS07 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration

PS08 Antimicrobial biomaterials for bone regeneration

PS09 Biobanking - indispensable support for the development of regenerative medicine

PS10 Biofabricated Tissues and Organs for Clinical Impact

PS11 Biofabrication using extrinsic fields

PS12 Biofabrication with light-based technologies and high-definition printing

PS13 Biofunctionalized surfaces for cellular and tissue engineering

PS14 Biological testing of 3D-printed biomaterials – towards updated norms

PS15 Biologically inspired and Engineered disease models

PS16 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential

PS17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility

PS18 Biomedical applications of MXene based next generation nanomaterials

PS19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?

PS20 Biomimetic in vitro models for bone regeneration and cancer pathologies

PS21 Biophysical Therapies - External energy to push internal regeneration

PS22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine

X - PS23 Can we bioengineer tissues using artificial cells?

PS24 Cell-rich constructs for tissue engineering

PS25 Cellular senescence in tissue damage and regeneration

PS26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"

PS27 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses

PS28 Emerging and future technologies for peripheral nerve regeneration

PS29 Engineered viscoelasticity in cell and tissue engineering

PS30 European regional platforms for TERM - Update

PS31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine

PS32 Extracellular vesicles for soft tissue repair

PS33 From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine

PS34 Advanced therapy approaches in tissue engineering

PS35 Giving meaning to early tissue damage responses in regeneration

PS36 Glycomodulation Approaches in Tissue Engineering

PS37 Human Organoids for Musculoskeletal Tissues

PS38 Injectable biomaterials for cell-instructive matrix cues

PS39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering

PS40 Injectable scaffolds in tissue engineering

PS41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products

PS42 Microphysiological models as powerful preclinical tools

PS43 Multifunctional biomaterials supporting bone regeneration

PS45 Nature bioinspired biomaterials and strategies for TERM

PS46 New developments of regenerative and tissue modeling products

PS47 New insights underlying mesenchymal stem cell-mediated bone regeneration

PS48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy

PS49 Novel strategies to assess cellular response to biomaterials

PS50 One health, one medicine: What Veterinary regenerative medicine can teach us

PS51 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine

PS52 Perspectives For Future Innovation in Tendon repair (P4 FIT)

PS54 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair

PS55 REMODELing the Future: next generation of organoid models for biomedicine

PS56 Skin wound healing in 2022: where basic science meets clinical needs

PS57 Supramolecular synthetic scaffolds: from concept to design and application

PS58 TERMIS-EU SYIS and yESAO joint symposium

PS59 The role of multifunctional nanomaterials in new tissue regeneration strategies

PS60 Tissue engineering and regenerative medicine in Czech Republic

PS61 Tissue Engineering in Microgravity for Health in Space and on Earth

PS62 Tissue regeneration by integration of bioinspired materials

PS63 Towards automated technologies for organoid-based tissue biomanufacturing

PS64 Understanding and preventing early inflammatory events that lead to development of osteoarthritis

PS65 Vascularization for Tissue Engineering and Regenerative Medicine

PS66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues

PS67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration

PS68 Human brain organoids versus assembloids approach for neurodevelopmental studies

PS53 Prospects and Challenges in Biological Therapies for Tendon Regeneration

PS44 Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic

Debate 1

S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis

P1 Plenary Session

S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair

S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs

S54+S14 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair + Biological testing of 3D-printed biomaterials – towards updated norms

Debate 2

Debate 3

S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine

S10-2 Biofabricated Tissues and Organs for Clinical Impact

S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration

S13-2 Biofunctionalized surfaces for cellular and tissue engineering

S15-2 Biologically inspired and Engineered disease models

S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential

S43-2 Multifunctional biomaterials supporting bone regeneration

S65-2 Vascularization for Tissue Engineering and Regenerative Medicine

S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration

Include materials from selected sessions

Contributions*

3D BIOPRINTED CONSTRUCTS TO GENERATE MATURE ORGANOIDS FROM IPSC-DERIVED RENAL PROGENITORS (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

3D BIOPRINTING OF STRUCTURALLY ORGANIZED MENISCUS TISSUE (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

3D in vitro M2 macrophage model to mimic modulation of tissue repair (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

3D microenvironment maintains the transcriptome profile of T cells but not B cells in simulated microgravity (in session "S61 Tissue Engineering in Microgravity for Health in Space and on Earth")

3D printed anisotropic and porous dense collagen hydrogels to model skeletal muscle extracellular matrix (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

3D PRINTED SCAFFOLDS WITH NON-ANTIBIOTIC ANTIMICROBIAL-DOPED HYDROXYAPATITE FOR INHIBITING S. AUREUS GROWTH IN VITRO AND SUPPORTING BONE REGENERATION IN VIVO (in session "S08 Antimicrobial biomaterials for bone regeneration")

3D PRINTING AND MULTILAYERED ELECTROSPINNING - A NOVEL METHOD TO PRODUCE BIOMIMICKING HEART VALVES (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

3D Printing Of Sol-Gel Silica-Based Hybrids For Bone Regeneration (in session "S54+S14 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair + Biological testing of 3D-printed biomaterials – towards updated norms")

3D-bioprinted bionic pancreas as an innovative method of treating and preventing diabetes – how far we are from clinical aplication? (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

4D BIOFABRICATION OF NERVE GUIDE CONDUITS USING RESPONSIVE MATERIALS (in session "S11 Biofabrication using extrinsic fields")

4D bioprinting of a dynamic multi-material scaffold for in vitro modeling of neural tube development (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

4D Bioprinting of Self-Bending Scaffolds for Articular Cartilage Tissue Engineering Applications (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

A 3D IN VITRO MODELS OF IMPAIRED OSTEOCYTES ACTIVITY UNDER EXPSOURE TO INDOXYL SULFATE (in session "S15-1 Biologically inspired and Engineered disease models")

A 3D model for the survival niche of human long-lived bone marrow plasma cells (in session "S34 Advanced therapy approaches in tissue engineering")

A BIOARTIFICIAL FIBRIN-BASED VASCULAR PROSTHESIS WITH A PRE-VASCULARIZED TUNICA ADVENTITIA (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

A biofabrication technology for generating multiscale channels in hydrogels for complex 3D in vitro co-cultures (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

A biomimetic approach to regenerate a functional NP tissue in the degenerating intervertebral disc. (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

A BIOPRINTED RHABDOMYOSARCOMA MODEL WITH MACROMOLECULAR CROWDING TO STIMULATE EXTRACELLULAR MATRIX PROTEIN DEPOSITION (in session "S15-2 Biologically inspired and Engineered disease models")

A COMPARTMENTALIZED JOINT-ON-CHIP MODEL TO UNRAVEL THE ROLE OF CARTILAGE AND SYNOVIUM IN OSTEARTHRITIS PATHOGENESIS (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

A GUT-BRAIN AXIS PLATFORM TO MODEL BRAIN FLUIDS CLEARANCE IN NEUROINFLAMMATION (in session "S42 Microphysiological models as powerful preclinical tools")

A Micro-Precision Electro Array (µPEA) platform integrated within a mechanically active heart-on-chip for modelling Dilated Cardiomyopathy (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

A MICROFLUIDIC PLATFORM TO INVESTIGATE THE CROSS-TALK BETWEEN IMMUNE CELLS IN RHEUMATOID ARTHRITIS (in session "S42 Microphysiological models as powerful preclinical tools")

A modular bioreactor for dynamic culturing of human multilayer tissues structures (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

A NEW SEMI-ORTHOTOPIC BONE DEFECT MODEL FOR CELL AND BIOMATERIAL TESTING IN REGENERATIVE MEDICINE (in session "S49 Novel strategies to assess cellular response to biomaterials")

A QUANTITATIVE TACK ON THE NANO CONSTRUCT FOR THE MODULATION OF INFLAMMATORY CYTOKINES IN BURN SCARS (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

A scaffold-free graft for large critical size bone defect: preclinical evidence to clinical proof of concept (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

A SIMPLIFIED PROTOCOL FOR PREPARATION OF CELL BASED BIOLOGICAL SAMPLES FOR OBSERVING NANOMATERIAL SURFACE ADHERENCE USING SCANNING ELECTRON MICROSCOPY IMAGING (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

A Systematic Comparative Assessment of the Response of Ovarian Cancer Cells to Cisplatin in 3D Models of Various Structural and Biochemical Configurations (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

A TISSUE ENGINEERING MODEL OF CRANIOSYNOSTOSIS TO IDENTIFY NEW THERAPEUTIC TARGETS THAT ACCELERATE BONE HEALING IN ADULTS (in session "S15-2 Biologically inspired and Engineered disease models")

A TUMOUR MICROENVIRONMENT MODEL FOR PANCREATIC CANCER (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

A tunable lung physiomimetic stretch system evaluated with precision cut lungs slices and recellularized human lung scaffolds (in session "S42 Microphysiological models as powerful preclinical tools")

A VOCAL WORKOUT: NOVEL BIOREACTOR FOR THE IN VITRO CULTURE OF VOCAL FOLD REPLACEMENT TISSUES (in session "S46 New developments of regenerative and tissue modeling products")

A WOVEN VASCULAR GRAFT PRODUCED FROM YARN OF HUMAN AMNIOTIC MEMBRANE (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

AAV-mediated gene therapy for axon regeneration after spinal cord injury. (in session "S60 Tissue engineering and regenerative medicine in Czech Republic")

Adipose-derived cells for bone regeneration: Bone (pre)fabrication, developmental engineering and vascularization strategies (in session "S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"")

ADVANCED IN SILICO METHODS FOR ORGANOID AND ASSEMBLOID DESIGN (in session "S68 Human brain organoids versus assembloids approach for neurodevelopmental studies")

Advanced stem cell therapy for neurodegenerative diseases (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Advances in bioactive materials for tendon repair (in session "S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)")

AEROSOL-JET PRINTING ENABLES HIGH-RESOLUTION TI3C2 MXENE PRINTED ELECTRODES ON A PTFE STRUCTURE FOR NEURAL STIMULATION (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

Algorithmic Engineering enabling Organotypical Print Templates at Scale (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

ALIGNED AND CONDUCTIVE 3D COLLAGEN/PPY SCAFFOLDS FOR PERIPHERAL NERVE TISSUE ENGINEERING (in session "S28 Emerging and future technologies for peripheral nerve regeneration")

Allogeneic stem cells and immunomodulatory biomaterials for cardiac tissue engineering (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Alpha Tocopherol, Alpha-tocopheryl Posphate and GN-2-Npm9, molecules for the modification of chemically treated Ti6Al4V alloy surfaces for antibacterial and anti-inflammatory purposes. (in session "S08 Antimicrobial biomaterials for bone regeneration")

An advanced nerve guidance conduit for repairing large peripheral nerve defects (in session "S28 Emerging and future technologies for peripheral nerve regeneration")

AN IN VITRO IMMUNOCOMPETENT HUMAN TISSUE-ENGINEERED MODEL OF ATOPIC DERMATITIS FOR DRUG TESTING (in session "S24 Cell-rich constructs for tissue engineering")

An In vitro Vascularised Liver Organotypic Model for the Testing of Nanomedicines (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

AN INDUCED PLURIPOTENT STEM CELL-BASED MODEL TO STUDY THE MECHANOBIOLOGY OF MYOCARDIAL FIBROSIS (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

An Injectable Hydrogel from a Hydrophobically Modified Collagen for the Encapsulation and Delivery of Fetal Cardiac MSCs (in session "S40 Injectable scaffolds in tissue engineering")

An innovative in vitro gut-on-a-chip model to investigate intestinal microbiota impact on brain functionality (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

An open source extrusion bioprinter based on the E3D motion system and tool changer to enable FRESH and multimaterial bioprinting (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

ANTIBACTERIAL ALBUMIN-TANNIC ACID COATINGS FOR SCAFFOLD-GUIDED BREAST RECONSTRUCTION (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

ANTIMICROBIAL EFFECTS OF BLUE LIGHT AND RESISTANCE DEVELOPMENT (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

Are there any differences between biobanking and banking of tissues and cells for clinical use? (in session "S09 Biobanking - indispensable support for the development of regenerative medicine")

Artificial cells with communicative features, toward hybrid organoids (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

ASSESSING EFFICACY OF REGENERATIVE THERAPIES FOR ISCHAEMIC STROKE - A NOVEL APPROACH FOR MORE MEANINGFUL OUTCOMES IN PRECLINICAL MODELS (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Austrian Example - Austrian Cluster for Tissue Regeneration (in session "S30 European regional platforms for TERM - Update")

AUTOMATED MANUFACTURING OF MICROTISSUE BASED OSTEOCHONDRAL IMPLANTS: THE »JOINTPROMISE« PLATFORM (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

Axially vascularized mandibular regeneration, a journey of thousand miles to improve patients’ smiles (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

Basics of Cellular and Subcellular Mechanobiology (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

Belgium Example - Gent Platform Advanced Therapies and Tissue Engineering (in session "S30 European regional platforms for TERM - Update")

Between risk, privacy and magic: regulatory and reimbursement of individual regenerative implants (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

Beyond the promise of Biofabrication: what needs to be done to bring biofabricated substitutes to the clinic? (in session "Debate 2")

bFGF-functionalized polyisocyanopeptide hydrogel for tissue regeneration of the pelvic floor (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

Bile duct on a chip: engineering a microfluidic platform for studying biliary epithelium in a dish (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

Bio-engineering of a Xenogeneic Vascularized Endocrine Pancreas (VEP) for Type 1 Diabetes (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

Bioactive glass based approaches for antibacterial bone regeneration (in session "S08 Antimicrobial biomaterials for bone regeneration")

BIOACTIVE GLASSES WITH ANTIBACTERIAL PROPERTIES FOR BONE TISSUE REGENERATION (in session "S08 Antimicrobial biomaterials for bone regeneration")

BIODEGRADABLE AND BIOACTIVE PERSONALIZED IMPLANT FOR GUIDED BONE REGENERATION (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

Bioengineered platform to study immune-cancer cell interactions ex vivo (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

BIOENGINEERING A NOVEL UV-INDUCED SKIN MODEL TO MIMIC THE EFFECT OF ENVIRONMENTAL STRESSORS EXPOSURE ON SKIN HEALTH (in session "S46 New developments of regenerative and tissue modeling products")

Bioengineering vascularized microtissues (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

Biofabricated Articular and Cardiac Tissues for Clinical Impact (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

BIOFABRICATION OF SCAFFOLD-FREE 3D CELLULAR STRUCTURES USING MAGNETIC LEVITATIONAL ASSEMBLY TO STUDY CARDIAC TOXICITY (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Biofabrication of the vascularised osteogenic niche (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

Biofabrication of tumor models that mimic the tumor microenvironment using extrusion bioprinting (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

Biogenic and biomimetic nanocoatings for bone modelling and regeneration (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

Biological and Mechanical Unique Extracellular Matrix Among Different Subtypes of Dystrophic Epidermolysis Bullosa (in session "S15-2 Biologically inspired and Engineered disease models")

BIOMECHANICALLY STIMULATED 3D ENDOTHELIAL GUT-ON-CHIP PLATFORM TO STUDY INTESTINE MICROBIOME AND IMMUNE SYSTEM INTERACTIONS (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Biomimetic approaches to heart valve engineering: ready to tell you how and at work to tell why. (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

BIOMIMETIC SURFACE COATINGS AND HYDROGELS FOR TISSUE ENGINEERING APPLICATIONS (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

Bioprinting 3D vascularized tissue flaps (in session "P3 Plenary Session")

Bioprinting high cell-density tissue models through spheroid fusion in self-healing hydrogels (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

BIOPRINTING ON-CHIP MICROPHYSIOLOGICAL MODELS OF HUMANIZED KIDNEY TUBULOINTERSTITIUM (BIRDIE) (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

Bioreactor dynamic organotypic culture of primary liver cancer as a personalised immunocompetent drug screening platform for immuno-oncology (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

Blood vessel detection algorithm for tissue engineering and quantitative histology (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells (in session "S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"")

BONE REGENERATION EXPLOITING CORTICOPERIOSTEAL TISSUE TRANSFER FOR SCAFFOLD-GUIDED BONE REGENERATION (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

BONE REGENERATION OF A CRITICAL-SIZED DEFECT IN SHEEP WITH A 3D PRINTED SCAFFOLD COATED WITH A BIOMETIC FILM CONTAINING LOW-DOSE OF BMP-2 (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

Bone Regenerative Capacity of 3D Printed Bioactive Ceramic Scaffolds Coated with Bioactive Molecule: Dipyridamole (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

Bone-forming capacity and immunogenicity of engineered and decellularized human cartilage grafts (in session "S09 Biobanking - indispensable support for the development of regenerative medicine")

Bone-Marrow Mesenchymal Stem/Stromal Cells Have Enhanced Vasculogenic Potency Over Adipose Stem/Stromal Cells in Perfused In Vitro Cultures (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

BOTTOM-UP TISSUE ENGINEERING BASED ON MICROSCAFFOLDS PRODUCED BY HIGH-RESOLUTION 3D PRINTING (in session "S12 Biofabrication with light-based technologies and high-definition printing")

BOTTOMS-UP BIO-PRINTING OF CELLULARIZED POROUS MICRO-SCAFFOLDS TO ENHANCE CELL PROLIFERATION, VIABILITY AND MIGRATION (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

Bridging the gap between the immune response and mineralization during fracture healing (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

BUILDING BARRIERS: ENGINEERING A NOVEL IN VITRO MODEL OF THE BLOOD-BRAIN BARRIER (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

Calcium phosphate based biomaterials influence on cell metabolism (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

Can biofabrication technologies help to facilitate biobanking of tissue engineered products? (in session "S09 Biobanking - indispensable support for the development of regenerative medicine")

Can oral mucosa be used in primary hypospadias surgery in prepubertal boys? (in session "S46 New developments of regenerative and tissue modeling products")

Carbon nanotubes as effective modulators of cellular reactions in various tissue regeneration strategies (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

CARDIAC TISSUE-LIKE 3D MICROENVIRONMENT ENHANCES THE DIRECT REPROGRAMMING PATH OF HUMAN FIBROBLASTS INTO INDUCED CARDIOMYOCYTES BY MICRORNAS (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Cartilage and bone regulation by microRNAs (in session "S54+S14 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair + Biological testing of 3D-printed biomaterials – towards updated norms")

Cartilage regeneration: the challenges of regenerating a “simple” non-vascularised tissue (in session "P1 Plenary Session")

CARTILAGINOUS MICROTISSUES MERGED WITH TAILORED MELT ELECTROWRITTEN MESHES RESULT IN BONE FORMING BIOHYBRIDS (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

Cell density matters: Local cell density enhancement by sound to increase the therapeutic efficacy in regenerative medicine (in session "S11 Biofabrication using extrinsic fields")

Cell Membrane Camouflage Mesoporous Bioactive Glass Nanoparticles embedding Glucose Oxidase for Targeted Enhanced Tumor Therapy (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

CELL SHEET-BASED SKIN SUBSTITUTE TO MODULATE VASCULATURE AND INVESTIGATE WOUND-HEALING ASSOCIATED ANGIOGENESIS (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

Cell-selective adhesion short peptides for enhancing cell culture on scaffold (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

Cellular senescence during aging and chronic diseases: mechanisms and therapeutic opportunities (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

CELLULAR SENESCENCE IMPAIRS CHONDROGENIC DIFFERENTIATION OF MSCS VIA TGFΒ SIGNALING INTERFERENCE (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

CHAOTIC PRINTING OF HYDROGEL CARRIERS FOR MESENCHYMAL STEM CELL PROLIFERATION (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

Characterization and molecular imaging of a biohybrid tissue engineered vascular graft (in session "S40 Injectable scaffolds in tissue engineering")

Characterization of cellular senescence in development, ageing and wounding of mouse skin by creation and exploration of the largest sc-RNA-seq database of murine skin cells (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

CHARACTERIZING IN VIVO DEFORMATION DYNAMICS IN ORGAN SCAFFOLDS USING INTRAVITAL MICROSCOPY (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

CHEMICALLY FUNCTIONALIZABLE AND MECHANICALLY TUNABLE BIOMATERIAL FOR EMBEDDED 3D BIOPRINING (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

CHONDROCYTE PROLIFERATION IS INFLUENCED MORE BY F-ACTIN DENSITY AND THE MACROSCOPIC TISSUE DISEASE STATE THAN BY CELL SHAPE OR MICROPATTERN GEOMETRY (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

CHROMATIN COMPACTION DECREASES CELL ADHESION STRENGTH: AN ANALYSIS BY FLUIDIC FORCE MICROSCOPY (in session "S54+S14 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair + Biological testing of 3D-printed biomaterials – towards updated norms")

CLAY BASED STRUCTURED GELS FOR CONTROLLED DELIVERY OF VASCULAR ENDOTHELIAL GROWTH FACTOR (in session "S46 New developments of regenerative and tissue modeling products")

Clickable amphiphile alginate produces dynamic 3D cell microenvironments with microstructured hydrophobic domains (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

CLICKABLE DYNAMIC BIOINKS (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

COLLAGEN-BASED 3D CO-CULTURE MODEL TO INVESTIGATE THE MULTIPLE MYELOMA MICROENVIRONMENT IN BONE MARROW (in session "S15-2 Biologically inspired and Engineered disease models")

Collagen-nanocellulose forms a matrix of controllable stiffness to mimic the pancreatic tumour microenvironment (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

Collagen/Pristine Graphene as an Electroconductive Interface Material for Neuronal Medical Device Applications (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

Combination of IL-1β and IL-17A synergistically induce an early inflammatory and degenerative expression profile in healthy chondrocytes and synovial fibroblasts (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

COMBINING BIOPRINTING AND MELT-ELECTROWRITING TECHNIQUES IN A MULTI-MATERIAL APPROACH FOR THE REPLACEMENT OF THE TEMPOROMANDIBULAR JOINT (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

Combining cholangiocarcinoma organoids and decellularized liver scaffolds unveils microenvironment-dependent extracellular matrix remodeling (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

Combining proteolytic sequences, VEGF-mimetic peptide and laminin-derived peptide within Elastin-Like Recombinamer scaffolds for the spatiotemporal direction of angiogenesis and neurogenesis (in session "S62 Tissue regeneration by integration of bioinspired materials")

Commentatio historica et philologica - Perspectives and Challenges in Regenerative Medicine (in session "P4 Plenary Session")

Composite Biomaterial-Ink with Hyaluronan, Collagen and Calcium Phosphate Particles for Delivery of Chemically Modified RNA to promote Bone Regeneration (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

COMPUTATIONAL MODELLING OF MECHANICAL PROPERTIES OF THE SCAFFOLDS PRODUCED BY MELT ELECTROWRITING (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

CONDUCTIVE HYDROGEL NANOCOMPOSITE-BASED NEURAL INTERFACE FOR IN VIVO RECORDING OF BRAIN CORTEX SIGNALS (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

CONTROLLED DELIVERY OF EPIGENETICALLY ACTIVATED EXTRACELLULAR VESICLES FROM A GELMA/NANOCLAY HYDROGEL FOR BONE REGENERATION (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

CONTROLLED DRUG RELEASE FOR TREATING SCI: TARGETING NEUROBIOLOGY MECHANISM IDENTIFIED BY STEM CELL-BASED MULTIMODAL APPROACHES (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

CONTROLLING THE SHAPE OF MICROCAPILLARY NETWORKS IN 3D IN VITRO MODELS THROUGH SOUND PATTERNING (in session "S11 Biofabrication using extrinsic fields")

CONVERGENCE OF SCAFFOLD-GUIDED BONE REGENERATION PRINCIPLES AND MICROVASCULAR TISSUE TRANSFER SURGERY (in session "S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"")

Convergency of dual extrusion bioprinting and melt electrowriting allows for vascularized cardiac patch fabrication (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

CRYOPRESERVED ADIPOSE TISSUE-DERIVED STROMAL VASCULAR FRACTION FOR THE GROWTH FACTOR-FREE VASCULARIZATION OF BLUE SHARK COLLAGEN SPONGES (in session "S09 Biobanking - indispensable support for the development of regenerative medicine")

Culture of cancer spheroids and evaluation of anti-cancer drugs in 3D-printed miniaturized continuous stirred tank reactors (mCSTRs) (in session "S15-2 Biologically inspired and Engineered disease models")

Current status and future prospects of genome-scale metabolic modeling to optimize the use of mesenchymal stem cells in regenerative medicine (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

Curvature-driven cell suturing controls cell organization and tissue formation inside porous biomaterials (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

CYSTIC FIBROSIS: REGENERATING LUNG EPITHELIAL CELLS FUNCTION WITH NON-VIRAL GENE THERAPY (in session "S34 Advanced therapy approaches in tissue engineering")

Debate: Regeneration of human joints (in session "Debate 1")

Decellularised pleural membranes in pulmonary regenerative medicine (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

Deciphering endochondral ossification to engineer bone: new opportunities for tissue regeneration and disease modelling (in session "S58 TERMIS-EU SYIS and yESAO joint symposium")

DEFINED-GEOMETRY MICROPARTICLES PRODUCED BY TWO-PHOTON POLYMERISATION FOR SKELETAL APPLICATIONS (in session "S12 Biofabrication with light-based technologies and high-definition printing")

DELIVERY OF MESENCHYMAL STROMAL CELLS USING COLLAGEN MEMBRANES EMBEDDED IN LEGO®-INSPIRED MULTICOMPONTENT SCAFFOLDS FOR PERSONALISED MANDIBULAR DEFECT REPAIR (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

Dense Collagen/PLGA Composite Hydrogels Generated by In Situ Nanoprecipitation as Novel Medicated Wound Dressings: In Vitro and In Vivo Evaluation (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

DESIGN AND EVALUATION OF LATTICE-STRUCTURED MENISCAL IMPLANTS (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

Design and fabrication of advanced thick human cardiac engineered tissues (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Design and Fabrication of an organ-on-a-chip technology as a physiologically relevant in vitro model of the outer Blood-Retinal Barrier (in session "S42 Microphysiological models as powerful preclinical tools")

DESIGN OF 3D PRINTABLE SUPRAMOLECULAR SELF-ASSEMBLING β-SHEET PEPTIDE-HYALURONIC ACID HYDROGELS WITH IMMUNOMODULATORY PROPERTIES (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

Designing a Peptide Hydrogel for Early Detection of Cancer (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

Designing bioinspired medical adhesives from marine biopolymers and Tannic acid (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Designing injectable peptide-based hydrogels for TERM applications (in session "S40 Injectable scaffolds in tissue engineering")

Developing brain-targeting liposomes to deliver mesenchymal stem cells secretome for Parkinson’s Disease Regenerative Medicine (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

Development and characterisation of a novel 3D bioprinted biomimetic collagen and hyaluronic acid scaffold for the repair of cartilage defects (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

DEVELOPMENT OF A BIO-INSPIRED SCAFFOLD FOR SMALL Ø VASCULAR REGENERATION (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

Development of a bioprinted breast cancer model using decellularized mammary glands (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

DEVELOPMENT OF A ROBOTICS-DRIVEN BIOMANUFACTURING PROCESS FOR CARTILAGINOUS SPHEROIDS (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

Development of advanced regenerative approaches for disc degeneration - consideration of the degenerate niche (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

Development of an advanced tissue-engineering system through novel 3D printing fabrication methods (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

Development of an Electroconductive, 3D-Printed Scaffold Designed to Promote Axonal Regrowth After Spinal Cord Injury (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

DEVELOPMENT OF AN IPSC LOADED BIOMIMETIC SCAFFOLD SYSTEM FOR SPINAL CORD APPLICATIONS (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

DEVELOPMENT OF ANGIOGENIC BIOINK FOR VASCULARIZED BONE TISSUE ENGINEERING (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

DEVELOPMENT OF BIOINSPIRED PROTEOLIPOSOMES AND CELL-DERIVED NANOVESICLES AS OSTEOGENIC SYNTHETIC EXTRACELLULAR VESICLES FOR BONE REGENERATION (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

Development of bioprinted osteochondral tissue: an in-vitro model for drug discovery (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

Development of collagen-nanohydroxyapatite scaffold platform for dual-delivery of a microRNA-26a mimic and micoroRNA-133a inhibitor for treatment of large volume bone defects (in session "S34 Advanced therapy approaches in tissue engineering")

DEVELOPMENT OF CONDUCTIVE STIMULI-RESPONSIVE FIBROUS HYDROGELS FOR NEURAL INTERFACES (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

DEVELOPMENT OF IN SITU CROSSLINKABLE BIORESPONSIVE ALGINATE HYDROGELS (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

Development of lipid-polymer hybrid nanoparticles for tendon regeneration (in session "S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)")

DEVELOPMENT OF MULTIFUNCTIONAL ANTIMICROBIAL SUPRAMOLECULAR BIOMATERIALS (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

DEVELOPMENT OF MULTIFUNCTIONAL HYALURONIC ACID HYDROGELS WITH ANTIBACTERIAL, ANTI-INFLAMMATORY AND NUCLEIC ACID DELIVERY PROPERTIES (in session "S08 Antimicrobial biomaterials for bone regeneration")

Development of the integrated human brain organoids (in session "S68 Human brain organoids versus assembloids approach for neurodevelopmental studies")

Differentially expressed microRNAs during endochondral differentiation of human bone marrow derived mesenchymal stromal cells to identify possible biomarkers for non-union fractures (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

Directed differentiation of induced pluripotent stem cells to notochordal-like cells by combinatorial transcription factors activation (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

Directing human mesenchymal stem cells differentiation towards hypertrophic chondrocytes using fiber-reinforced bone dECM hydrogel scaffolds (in session "S37 Human Organoids for Musculoskeletal Tissues")

DIRECTING STEM CELL COMMITMENT IN 3D BIOINSPIRED HYDROGELS BY GROWTH FACTOR SEQUESTRATION USING MOLECULARLY IMPRINTED NANOPARTICLES (in session "S62 Tissue regeneration by integration of bioinspired materials")

DOX-LOADED MPEG NANOPARTICLES AS A PROMISING TREATMENT IN A HUMANIZED MOUSE MODEL FOR BREAST CANCER BONE METASTASIS (in session "S15-1 Biologically inspired and Engineered disease models")

Drop on demand: A new method to develop antimicrobial coatings on medical implants (in session "S08 Antimicrobial biomaterials for bone regeneration")

Drug-loaded Alginate microspheres for breast cancer treatment (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Dynamic hydrogel design for spatiotemporal control of morphogenesis (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

Dynamic hydrogels for biofabrication (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

EFFECT OF 3D SCAFFOLD MORPHOLOGY ON BONE TISSUE REGENERATION BASED ON A MULTI-PHYSICS FEM MODEL (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

EFFECT OF DIFFERENT LIGHT WAVELENGTHS ON ADIPOSE TISSUE-DERIVED MESENCHYMAL STEM/STROMAL CELLS (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

Effect of gallium doped hydroxyapatite on P. aeruginosa bacteria growth (in session "S08 Antimicrobial biomaterials for bone regeneration")

EFFECT OF LIGHT STIMULI IN VOLUMETRIC BIOPRINTING ON CELL FUNCTIONALITY AT SINGLE CELL LEVEL (in session "S12 Biofabrication with light-based technologies and high-definition printing")

EFFECT OF SECOND STAGE HEATER ON MEW PROCESSING PARAMETERS (in session "S11 Biofabrication using extrinsic fields")

Effectiveness of human iPSC-derived cardiomyocytes, but not stromal cells ("MSC"), for heart repair (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Effects of subtoxic concentrations of various metal ions on mesenchymal stem/stromal cells (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

ELASTIN-LIKE-RECOMBINAMER CRYOGEL WITH RECOMBINANT GLYCOSAMINOGLYCANS AS A MODULAR PLATFORM FOR REGENERATION (in session "S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering")

ELECTROACTIVE MATERIALS GOVERN CELL BEHAVIOR THROUGH THEIR EFFECT ON PROTEIN DEPOSITION (in session "S49 Novel strategies to assess cellular response to biomaterials")

ELECTROACTIVE POLYCAPROLACTONE-GRAPHENE NANOCOMPOSITES COMBINED WITH ZINC IONS TRIGGER MYOGENIC DIFFERENTIATION (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

ELECTROCONDUCTIVE SCAFFOLDS FOR IN VITRO CARDIAC MODELS (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Electrospinning and Metal Stents – A Good Fit? (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

ELECTROSPUN PATCH DELIVERY OF ANTI-TNFα F(ab) ANTIBODY FRAGMENT FOR THE TREATMENT OF ORAL MUCOSAL INFLAMMATORY DISEASES (in session "S15-1 Biologically inspired and Engineered disease models")

Electrospun silica nanofibres as multifunctional substrate for drug delivery and tissue regeneration (in session "S60 Tissue engineering and regenerative medicine in Czech Republic")

ELUCIDATING THE BIOGENESIS OF MATRIX-BOUND NANOVESICLES (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

EMT transcriptional response are triggered in response to laser photoablation in 3D models of melanoma (in session "S66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues")

Endogenous Bioelectric controls of growth and form (in session "S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering")

Engineered and decellularized human cartilage grafts instruct full regeneration of critical-sized femoral defects (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

Engineering 3D Human Multicellular Bone Models as Anti-metastastic Drug Screening Platforms (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

Engineering bioactive surface coatings for programming cell behavior towards osteogenic differentiation (in session "S58 TERMIS-EU SYIS and yESAO joint symposium")

ENGINEERING BIOMIMETIC HUMAN LUNG TUMOR MODELS (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

Engineering Cell-Instructive Microenvironments Using Injectable, Topographically-Textured Polymeric Matrices (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

ENGINEERING DORSAL ROOT GANGLION MULTICELLULAR SYSTEM TOWARDS IN VIVO CROSS EXCITATION FUNCTION (in session "S11 Biofabrication using extrinsic fields")

ENGINEERING FUNCTIONAL MICROVASCULARIZED SKELETAL MUSCLE TISSUE EQUIVALENTS VIA MICROFLUIDIC-ASSISTED 3D WET-SPINNING AND MICROVASCULAR SEEDS (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

Engineering Grafts for Joint Regeneration using Phenotypically Distinct Cartilaginous Microtissues (in session "S37 Human Organoids for Musculoskeletal Tissues")

ENGINEERING HIGH DENSITY CAPILLARY-LIKE NETWORKS USING MICROPOROUS ANNEALED PARTICLE TISSUES (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

Engineering in Precision Medicine (in session "P2 Plenary Session")

ENGINEERING INJECTABLE THERAPEUTIC BIOMATERIALS FOR MUSCO-SKELETAL TISSUE REPAIR/REGENERATION (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

ENGINEERING OF A BRIDGE PROTEIN TO IMPROVE THE DELIVERY OF BMP-2 FROM COLLAGEN SPONGE AND ENHANCE BONE REGENERATION FOR SPINAL FUSION (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

Engineering the Bioartificial Filtration Unit in a Kidney using Polyhydroxyalkanoates (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

ENHANCING TISSUE REGENERATION BY DELIVERING AN ENGINEERED TREG-DERIVED FACTOR (in session "S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering")

ENZYME-CONTROLLED, NUTRITIVE HYDROGEL FOR MESENCHYMAL STROMAL CELL SURVIVAL AND PARACRINE FUNCTIONS (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Epithelial-to-mesenchymal transition for tendon regenerative medicine strategies (in session "S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)")

Establishing tools to study the emergence of cellular diversity in the human brain (in session "S68 Human brain organoids versus assembloids approach for neurodevelopmental studies")

EVALUATION OF TISSUE INTEGRATION AND ANGIOGENESIS OF 3D PRINTED POROUS SCAFFOLDS USING A NON-DESTRUCTIVE MICROCT APPROACH (in session "S49 Novel strategies to assess cellular response to biomaterials")

Evaluation of β tricalcium phosphate and poly(3-hydroxybutyrate) -based scaffolds for bone tissue regeneration (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

EVs in equine regenerative medicine – challenges and potential therapeutic implications. (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

Exploring shape versatility on all-aqueous processing for cell encapsulation (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

EXTRACELLULAR BIOADDITIVES-ADJUVANTED INJECTABLE HYDROGEL SUPPORTS NEOANGIOGENESIS AND DAMPENS ADVERSE CARDIAC REMODELLING (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

Extracellular Matrix Derived Scaffolds for Cartilage and Osteochondral Defect Repair (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

EXTRACELLULAR VESICLES FROM HUMAN IPS CELLS ENHANCE RECONSTITUTION CAPACITY OF CORD BLOOD-DERIVED HEMATOPOIETIC STEM AND PROGENITOR CELLS (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

EXTRACELLULAR VESICLES IN PERIPHERAL NERVE REGENERATION: EXTRACELLULAR VESICLES DERIVED FROM ADIPOSE STEM CELLS INCREASE SCHWANN CELL PROLIFERATION FOLLOWING INTERNALIZATION (in session "S28 Emerging and future technologies for peripheral nerve regeneration")

Extracellular Vesicles Secreted by Osteogenic-Differentiated Mesenchymal Stem Cells Promote Bone Formation In Rat Calvarial Defect (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

FIBRIN-BASED HYDROGELS WITH TUNEABLE MECHANICAL PROPERTIES (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

FIREFLY-INSPIRED BIOMATERIALS AS TUNABLE, TRIGGERABLE, AND CELL-INSTRUCTIVE MATRICES FOR 3D CELL ENCAPSULATION (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

First steps toward bioprinting artificial cells (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

Fluid-flow mediated cytoskeletal adaptation regulates the growth and fate of bone marrow mesenchymal stem cells (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

From Geometrical Patterns to Bioinspired Topographies: Nanofibrillar Microbundles Induce Strong Topological Modulation of Primary Human Immune Cells (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

From protein-based liquified microcapsules to bone tissue micro-units (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

Generation and Characterization of Human iPSC-derived Cardiac Organoids for Translational Medicine (in session "S60 Tissue engineering and regenerative medicine in Czech Republic")

GLUCOSE ENHANCES TRANSPLANTED MESENCHYMAL STROMAL CELLS FUNCTIONS PERTINENT TO ANGIOGENESIS (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

Glycopeptide-based supramolecular hydrogels induce differentiation of stem cells into neural lineages (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

GLYCOTRIPEPTIDES SHOWCASE THE EFFECT OF GLYCOSYLATION ON PROTEIN AGGREGATION (in session "S15-1 Biologically inspired and Engineered disease models")

GRAPHENE OXIDE PROMOTES EPITHELIAL MESENCHYMAL TRANSITION IN OVINE AMNIOTIC EPITHELIAL STEM CELLS AFFECTING THEIR IMMUNOMODULATORY PROPERTIES (in session "S49 Novel strategies to assess cellular response to biomaterials")

Guided bone regeneration in osteoporosis by plant-derived nanoparticles (in session "S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering")

Guided cartilage formation: covalent growth factor immobilization on melt electrowritten microfiber scaffolds (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

HA and PRP combinations as “off the shelf“ device for clinical applications (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

HARNESSING MICROFLUIDIC BIOPRINTING TO FABRICATE GRADIENT-LIKE POROUS 3D CONSTRUCTS VIA EMULSION INK DEPOSITION (in session "S12 Biofabrication with light-based technologies and high-definition printing")

HARNESSING PREDICTIVE TOXICOLOGY WITH A MINIATURIZED MODULAR GASTROINTESTINAL PLATFORM (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

Harnessing the immunomodulation potential of nanoclay – an analysis of macrophage response (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

Harnessing the Potential of Immune Cells to Promote Cardiac Repair Following Myocardial Infarction (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

HATMSC SECRETED FACTORS IN THE HYDROGEL AS A POTENTIAL TREATMENT FOR CHRONIC WOUNDS—IN VITRO STUDY (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

HEPARAN SULPHATE ANALOGUE HYDROGELS AS A PLATFORM FOR KIDNEY ORGANOID MATURATION (in session "S62 Tissue regeneration by integration of bioinspired materials")

High cells/biomaterials ratio approaches in tissue engineering (in session "S24 Cell-rich constructs for tissue engineering")

High resolution light-based 3D printing of cell-laden bio constructs (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

High-content image-based profiling for evaluating the effect of peptide coating effect on medical devices (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

HIGH-RESOLUTION TWO-PHOTON POLYMERIZATION OF ENGINEERED CELL MICROENVIRONMENTS FOR FUNDAMENTAL NEURO-MECHANOBIOLOGY AND BRAIN CANCER PROTON RADIOTHERAPY (in session "S11 Biofabrication using extrinsic fields")

Homing of bone marrow mononuclear cells to axially vascularized tissue engineering constructs (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

HOW DO INFLAMMATION, DIFFERENTIATION, AND MHC COMPATIBILITY AFFECT THE IMMUNOGENICITY AND IMMUNOMODULATORY POTENTIAL OF EQUINE MESENCHYMAL STEM CELLS (MSCs)? (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

HOW NATURAL BIOMATERIAL CONSISTENCY LEADS TO PREDICTABILITY AND TUNABILITY (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

How to leverage cellular senescence for regeneration: a story of three salamanders (in session "S25+S64 Cellular senescence in tissue damage and regeneration + Understanding and preventing early inflammatory events that lead to development of osteoarthritis")

HUMAN 3D TENDON-ON-CHIP MODEL TO INTERROGATE THE MULTICELLULAR CROSSTALK IN TENDINOPATHY (in session "S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration")

HUMAN EPIDERMAL SKIN EQUIVALENTS (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

HUMAN IPSC BLOOD VESSEL ORGANOIDS AS A SOURCE OF FLOW-ADAPTIVE VASCULAR CELLS FOR TISSUE ENGINEERING OF PERFUSED MACROVASCULAR GRAFTS. (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

HUMAN MESENCHYMAL STEM CELLS AND NANOMAGNETIC MATERIALS FOR REGENERATIVE MEDICINE (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

Humanized platforms by convergence of biomaterials, cells and microtechnologies (in session "S15-1 Biologically inspired and Engineered disease models")

HYALURONIC ACID BASED NEXT-GENERATION BIOINK FOR 3D BIOPRINTING OF A HUMAN STEM CELL DERIVED CORNEAL STROMA EQUIVALENT AND A 3D CORNEA TISSUE MODEL WITH INNERVATION (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

Hybrid 3D-printed hydrogel scaffolds for liver tissue engineering (in session "S62 Tissue regeneration by integration of bioinspired materials")

Hydrogels that talk to cells when lighted (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

HYDROLYTIC DEGRADATION CHARACTERIZATION OF 3D PRINTED POLYESTER SCAFFOLDS UNDER STATIC CONDITIONS AND FLOW PERFUSION (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

Identification of the best manufacturing condition for clinical grade extracellular vesicles (EVs) secreted by induced pluripotent stem cell-derived mesenchymal stem cells for the treatment of osteoarthritis (in session "S34 Advanced therapy approaches in tissue engineering")

Image-based label-free analysis for quantitative and real-time understanding of cellular status (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

IMMUNE PERFUSION IN CUSTOM BIOREACTORS FOR THE STUDY OF THE EXTRACELLULAR MATRIX-IMMUNE CELL CROSSTALK IN LIVER FIBROSIS (in session "S49 Novel strategies to assess cellular response to biomaterials")

IMPROVED CELLULAR INFILTRATION BY GLYCOSAMINOGLYCANS REMOVAL AND ALTERED STIFFNESS - A STUDY ON AURICULAR CARTILAGE SCAFFOLDS. (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

IMPROVED GUANOSINE-BASED BIOINKS FOR SOFT TISSUE RECONSTRUCTIONS (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

Improving chondrogenic potential of mesenchymal stromal cells by siRNA delivery in hydrogels. (in session "S54+S14 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair + Biological testing of 3D-printed biomaterials – towards updated norms")

In situ assembling biohybrid polymer hydrogels to modulate cell-instructive matrix cues (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

IN VITRO BONE MARROW NICHE FOR METASTASIS ASSAY (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

IN VITRO COMPARISON OF SELF-ASSEMBLED AND PLASMA-BASED TISSUE ENGINEERED SKIN SUBSTITUTES: TWO DIFFERENT MANUFACTURING PROCESSES FOR THE TREATMENT OF SEVERE BURN PATIENTS (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

In vitro modeling of human brain region interactions (in session "S68 Human brain organoids versus assembloids approach for neurodevelopmental studies")

In vitro testing of bone biomaterials - opportunities and challenges (in session "S20 Biomimetic in vitro models for bone regeneration and cancer pathologies")

INACTIVATED SARS-COV-2 VIRAL PARTICLES PROMOTE CILIATION IN TISSUE-ENGINEERED 3D AIRWAY TRI-CULTURES (in session "S15-2 Biologically inspired and Engineered disease models")

Increased cell density increases mineral formation rates and stiffness in 3D bioprinted patient-derived bone organoids using dynamic loading (in session "S37 Human Organoids for Musculoskeletal Tissues")

INDUCED MESENCHYMAL STEM CELLS AS A SECRETOME SOURCE FOR CNS REGENERATIVE THERAPIES: SIMILAR SECRETORY PROFILE BUT DECREASED REPLICATIVE SENESCENCE COMPARED TO BONE MARROW MESENCHYMAL STEM CELLS (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

Induction of branching morphogenesis in cholangiocarcinoma organoids in vitro improves similarity with the original tumor for enhanced personalized medicine applications (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

Induction of the senescence phenotype in equine tendon derived cells by dexamethasone (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

Inflammation – a Core Feature of Tendinopathies (in session "S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration")

Influence of Dexamethasone on the Interaction Between Glucocorticoid Receptor and SOX9: a Molecular Dynamics Study (in session "S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"")

INJECTABLE AND PHOTOCURABLE AMPHIPHILIC HYBRID NETWORKS: SYNTHESIS APPROACH USING NON-TOXIC CATALYSTS (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Injectable hydrogel for microRNA release in cardiac regenerative medicine (in session "S07-2 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Injectable hydrogels for joint regeneration (in session "S40 Injectable scaffolds in tissue engineering")

Injectable nanofibrous microscaffolds for cell and drug delivery (in session "S38 Injectable biomaterials for cell-instructive matrix cues")

INJECTABLE THERMOSENSITIVE METHYLCELLULOSE/AGAROSE HYDROGEL AS SMART SCAFFOLD FOR TISSUE ENGINEERING APPLICATIONS (in session "S39 Injectable composite hydrogels as scaffolds and drug delivery systems for tissue engineering")

Innovative Hydrogel to Overcome the Glioblastoma Therapy Deadlock (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

INTEGRATED IMAGING AND MODELLING OF ORGANOID AND SPHEROID MORPHOMETRY USING SMART ALGORITHMS (in session "S66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues")

INTERLEUKIN 1 BETA MODULATES THE EQUINE TENOCYTE TRANSCRIPTOME IN 3D CULTURE BY ENHANCING NF-KB SIGNALLING (in session "S24 Cell-rich constructs for tissue engineering")

Interplay between adipose-derived stem cells and inflammatory mediators: impact on neurite outgrowth and vascular morphogenesis (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

INTRA-TRACHEAL INJECTION OF HUMAN EXTRACELLULAR VESICLES BLOCKS FIBROSIS AND REGENERATES EPITHELIAL LUNG CELLS IN A RAT MODEL OF BRONCHOPULMONARY DYSPLASIA (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

Intradermal adipocytes differentiation and lipid metabolism are regulated through epidermal transcription factor Foxn1 (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

Intravital multiphoton and higher harmonic generation microscopy for visualizing cellular processes in cancer and tisseu engineering (in session "S66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues")

INTRODUCING CONTINUOUS MATERIAL GRADIENTS IN OSTEOCHONDRAL CONSTRUCTS VIA A NOVEL EXTRUSION-BASED 3D PRINT HEAD (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

INVESTIGATING INFLAMMATION IN TENDINOPATHY: HOW CAN STEM CELLS HELP US? (in session "S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration")

INVESTIGATING THE EFFECT OF APOLIPOPROTEIN E4 ON PERICYTE CONTRACTION (in session "S15-2 Biologically inspired and Engineered disease models")

INVESTIGATION OF BREAST CANCER EPITHELIAL-MESENCHYMAL TRANSITION USING 3D COLLAGEN-BASED MODELS (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

Ireland Example - CURAM-A National Center for Research in Medical Devices (in session "S30 European regional platforms for TERM - Update")

IS MORE ALWAYS BETTER? MODULATING HUMAN ADIPOSE DERIVED STROMAL CELLS CHONDROGENESIS TO ACHIEVE OPTIMAL BONE REMODELING IN VIVO (in session "S24 Cell-rich constructs for tissue engineering")

KIDNEY-ON-A-CHIP - INTEGRATING GLOMERULAR FILTRATION AND TUBULAR REABSORPTION MODELS (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

LAMINARAN/PLATELET LYSATE-BASED HYDROGELS: TOO GOOD TO BE TRUE (in session "S24 Cell-rich constructs for tissue engineering")

LARGE SCALE FIBRIN-BASED TISSUE CONSTRUCTS SHOW CAPILLARIZATION UPON PERFUSION (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

Laser Assisted Bioprinting for spheroid-based tissue manufacturing (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

LASER-BASED HIGH-RESOLUTION 3D PRINTING AND BIOPRINTING FOR TISSUE ENGINEERING (in session "S12 Biofabrication with light-based technologies and high-definition printing")

Laser-based subtractive manufacturing for tissue engineering (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

Layered vascular grafts - mechanical properties and hemocompatibility (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

Lessons learned on how (not to) build a heart (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Leveraging advances in biomaterials and tissue engineering for reparative, regenerative and tissue modelling solutions (in session "S46 New developments of regenerative and tissue modeling products")

Leveraging Physical Limitations to Expand Shockwave Therapy to Novel Indications (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

Light-driven technologies to steer the functionality of volumetric engineered tissues and organoids (in session "S12 Biofabrication with light-based technologies and high-definition printing")

LIPID-POLYMER NANOCARRIERS FOR CARTILAGE REGENERATION (in session "S09 Biobanking - indispensable support for the development of regenerative medicine")

LIVER MATRIX AND PERFUSION BIOREACTOR CULTURE PROMOTE AMNION EPITHELIAL CELL DIFFERENTIATION INTO FUNCTIONAL HEPATOCYTES (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

LIVER-SPECIFIC LIGAND-CONJUGATED MICROPARTICLES FOR TARGETED ISLET TRANSPLANTATION (in session "S40 Injectable scaffolds in tissue engineering")

LOW-INTENSITY PULSED ULTRASOUND DIRECT CHONDROGENIC DIFFERENTIATION OF ADIPOSE-STROMAL CELLS IN 3D PIEZOELECTRIC HYDROGELS (in session "S40 Injectable scaffolds in tissue engineering")

LUNG TISSUE TYPE SELECTED AMNIOTIC FLUID DERIVED MESENCHYMAL STEM CELLS FOR TREATMENT OF BLEOMYCIN INDUCED PULMONARY FIBROSIS IN A RAT MODEL (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

MACROPHAGE MEDIATED IMMUNOMODULATION BY EXTRACELLULAR VESICLES DERIVED FROM MESENCHYMAL STROMAL CELLS COMBINED WITH BIPHASIC CALCIUM PHOSPHATE GRANULES FOR BONE REGENERATION (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

Magnetic Nanocarpets based Non-invasive Modulation of Mechanosensitive Ion-channels for Enhanced Osteogenesis (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

MAGNETIC NANOPARTICLE-MEDIATED ORIENTATION OF COLLAGEN HYDROGELS FOR IN VITRO MODELLING AND REGENERATIVE THERAPIES (in session "S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration")

Magnetically miRNA-based guidance of macrophage functions (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

Magnetically-Assisted 3D Bioprinting of Tissue Engineered Tendons (in session "S04 3D Writing Within Suspension Media for Tissue Engineering and In Vitro Modeling")

Matrix Bound Nanovesicles as an Immunomodulatory Therapy for Rheumatoid Arthritis (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

MATRIX-BOUND NANOVESICLES AS SELECTIVE MODULATORS OF THE IMMUNE RESPONSE (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

MECHANICAL AND TOPOLOGICAL CUES TO ENHANCE DE NOVO EXTRACELLULAR MATRIX ELABORATION IN ELASTOMERIC SCAFFOLD MODELS. (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

MECHANICAL STIMULATION PROMOTES THE OSTEOGENIC RESPONSE OF PRE-OSTEOBLASTS ON POLYMERIC SCAFFOLDS (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

Mechanotransduction and reshaping at the nuclear envelope: investigating the Lamin A/C-SUN1 interaction (in session "S49 Novel strategies to assess cellular response to biomaterials")

Medical additive manufacturing: Is it ready for broad clinical use? (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

MELT ELECTROWRITING FOR TUNING THE PROPERTIES OF IMPLANT SURFACES (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

MELT-ELECTROWRITTEN HIGHLY TUNABLE ANISOTROPIC SCAFFOLDS FOR CARDIOVASCULAR TISSUE ENGINEERING (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

Meniscus regeneration of the future. From the slaughterhouse, through cell culture to 3D bioprinting. (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

MESENCHYMAL STEM CELL-DERIVED EXTRACELLULAR VESICLES AND THEIR FUNCTIONAL HETEROGENEITY (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

MESO-SCALE PATTERNED COLLECTING TARGET TO INDUCE LOCAL ANISOTROPY AND CURVILINEAR FIBER ORIENTATION IN ELECTRO-DEPOSITED, MICRO-FIBER BASED MITRAL VALVE SCAFFOLDS (in session "S19 Biomimetic Approaches to Cardiovascular Regeneration: how and why?")

Microengineered 3D Bone Cell Models via Image-guided Two-photon Subtractive Lithography (in session "S37 Human Organoids for Musculoskeletal Tissues")

Microengineered System to Generate the Functional Inner Ear Organoids with Enhanced Uniformity and Maturity (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

Microengineering 3D perfusion networks for human liver tissue models (in session "S42 Microphysiological models as powerful preclinical tools")

Microfluidic production of immunoprotective enzymatically crosslinked polyethylene glycol-tyramine microgels for beta-cell replacement therapies (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

MICROFLUIDIC SPINNING OF HYDROGEL-BASED CORE-SHELL MICROFIBERS FOR THE FABRICATION OF MYOTENDINOUS TISSUE-LIKE CONSTRUCTS (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

Microfluidics-assisted bioprinting of double-emulsion droplets (in session "S12 Biofabrication with light-based technologies and high-definition printing")

MICROPATTERNED SURFACES FOR CONTROLLING STEM CELLS MORPHOLOGY AND FUNCTIONS (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

MicroRNAs and their role in multiple trauma: profiling local and systemic expression levels (in session "S34 Advanced therapy approaches in tissue engineering")

MICROSTRUCTURE EFFECT ON BONE FORMATION OF A FUNCTIONALLY GRADED SCAFFOLD USING A MECHANOSTAT-BASED MODEL (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

Mimicking the tumor stroma-induced vasculature collapse in 3D pancreatic tumor model (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

MiRNAs As Potential Regulators Of Enthesis Healing In A Rodent Injury Model (in session "S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)")

Modelling breast-to-bone metastatic mechanisms via microfluidic biofabrication (in session "S01 3D in vitro tissue-engineered cancer/disease models – Session I")

MODIC CHANGES CORRELATE WITH ENDPLATE AND VERTEBRAL BONE PATHOLOGIES IN DOGS (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

Modulating macrophage phenotypes via immune-switch magnetic nanoparticles (in session "S21+S44 Biophysical Therapies - External energy to push internal regeneration + Nano Magnetic platforms - an attractive opportunity for advancing TERM products to the clinic")

MONITORING OF LIVE SPHEROID OXYGENATION USING FLUORESCENCE MICROSCOPY AND NANOSENSORS (in session "S66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues")

Morphology-based detection of senescence in expanded mesenchymal stem cells (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

mRNA therapeutics for musculoskeletal tissue healing (in session "S54+S14 Regulation of cell phenotype in osteochondral tissues: towards RNA therapy for bone and cartilage repair + Biological testing of 3D-printed biomaterials – towards updated norms")

MSC THERAPY: CLINICAL EVIDENCE AND SCIENTIFIC PROGRESS (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

Multi-material 3D printing of ceramics for fabricating bi-phasic implants (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

MULTIFUNCTIONAL 3D BIOPRINTING FOR TISSUE INTERFACES (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

Multifunctional Bio-hybrids Composed of Gelatin Microspheres Carrying Bacteriophages and/or bFGF and Their Aggregates with Mesenchymal Stem Cells (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

MULTIMATERIAL AND MULTISCALE SCAFFOLD FOR TENDON/LIGAMENT REGENERATION (in session "S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)")

Multimaterial complex tissue models via suspension media-enhanced volumetric bioprinting (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

MULTIPLE WHARTON JELLY MESENCHYMAL STEM CELLS-DERIVED HE-ATMP TRANSPLANTATIONS OVERCOMES DRUG-RESISTANT EPILEPSY IN CHILDREN (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

Nanoengineered Mechanically Robust Bioactive Particles Disseminated in Chitosan/Collagen Matrix for Osteoporotic Bone Treatment (in session "S58 TERMIS-EU SYIS and yESAO joint symposium")

Nanomedicine: Having External Control of Tissue Engineered Materials After Implantation (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

NANOPARTICLE-MEDIATED SELECTIVE SFRP-1 SILENCING ENHANCES BONE DENSITY IN VIVO IN OSTEOPOROTIC MICE BY THE STIMULATION OF THE CANONICAL WNT/β-CATENIN PATHWAY (in session "S34 Advanced therapy approaches in tissue engineering")

Netherland Example - RegMedXB (in session "S30 European regional platforms for TERM - Update")

NEW HYBRID HYDROGELS FOR APPLICATIONS AS BIOINKS IN 3D PRINTING IMPLANTS (in session "S46 New developments of regenerative and tissue modeling products")

New surface functionalities from grafting natural biomolecules to titanium alloys (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

New tools in tendon tissue engineering (in session "S52 Perspectives For Future Innovation in Tendon repair (P4 FIT)")

NMR-BASED METABOLOMIC ANALYSIS OF ENDO- AND EXOMETABOLOME ADAPTATIONS THROUGHOUT OSTEOGENIC DIFFERENTIATION OF ADIPOSE-DERIVED MESENCHYMAL STEM CELLS (in session "S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"")

Non-Invasive classification of macrophage polarisation by 2P-FLIM and machine learning (in session "S66 Wanted: Dead or Alive? Quantitative microscopy of spheroid and organoid tissues")

Non-viral gene delivery platform for topically treating rare genodermatoses (in session "S34 Advanced therapy approaches in tissue engineering")

Novel bioengineering approach for enhancing the nerve tissue regeneration process (in session "S28 Emerging and future technologies for peripheral nerve regeneration")

Novel Elastomer Surface Modification Technique for Corneal Limbal Epithelial Stem Cell Investigation (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

NOVEL HYPOXIA MIMICKING PEG-BASED NANO-BIOINK FOR CARTILAGE REGENERATION APPLICATION (in session "S16-1 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

Novel insights into the origin of my-fibroblasts using iPSC derived kidney organoids maintained in user defined self-assembling peptide hydrogels (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

Optically-tuned bioresins for the ultra-fast volumetric bioprinting of hepatic organoid-laden biofactories (in session "S06 Advanced Biotechnology and Biofabrication approaches for soft tissue engineering and in vitro models: the ENLIGHT and BIRDIE perspective")

Optimisation of bioprocessing conditions for an implantable myoblast-microcarrier combination for treatment of incontinence (in session "S24 Cell-rich constructs for tissue engineering")

OPTIMISING MRNA DELIVERY TO MESENCHYMAL STEM CELLS FOR TISSUE ENGINEERING APPLICATIONS (in session "S34 Advanced therapy approaches in tissue engineering")

OSTEOGENIC ACTIVITY OF ADDITIVE MANUFACTURED TITANIUM ALLOY-CALCIUM PHOSPHATE CERAMIC SCAFFOLDS FOR CRANIOPLASTY IN VITRO AND IN A LARGE ANIMAL CALVARIAL DEFECT MODEL (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

OSTEOINDUCTIVE INJECTABLE CALCIUM PHOSPHATE BIOACTIVATED BY PHOSPHOSERINE DENDRONS (in session "S43-1 Multifunctional biomaterials supporting bone regeneration")

PAPILLARY AND RETICULAR FIBROBLASTS GENERATE DISTINCT MICROENVIRONMENTS THAT DIFFERENTIALLY IMPACT ANGIOGENESIS (in session "S24 Cell-rich constructs for tissue engineering")

PARTICLE SIZE IN FREE-PACKED GRANULAR SYSTEMS INFLUENCE CELL RESPONSE (in session "S49 Novel strategies to assess cellular response to biomaterials")

PCL reinforced collagen scaffolds for endochondral healing of bone defects (in session "S43-2 Multifunctional biomaterials supporting bone regeneration")

Perfusion Flow on urogenital epithelial cells for urethral tissue engineering purposes (in session "S24 Cell-rich constructs for tissue engineering")

Perspectives and Challenges of Tissue engineering and Regenerative Medicine (in session "Debate 3")

Phenotypic Characterization of Adipose-Derived MSC based on their Phospholipid Profiles (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

Philosophy of science, a tool to face engineered liver challenges (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

PHYSIOLOGICAL NORMOXIA INFLUENCE NEURAL CELL FATE THROUGH CHANGES OF MITOCHONDRIAL DYNAMICS AND GLYCOLYSIS/OXPHOS SWITCH IN HUMAN BRAIN ORGANOID MODEL (in session "S68 Human brain organoids versus assembloids approach for neurodevelopmental studies")

PHYSIOMIMETIC CULTURE OF MESENCHYMAL STROMAL CELLS AFFECTS MACROPHAGE ACTIVITY IN A PARACRINE MANNER (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

Placing a medical devise in the market: a focus perspective on the biological characterization of a medical device (in session "S05 Additive manufacturing in tissue repair: current status and obstacles toward a daily clinical practice")

PLATELET-DERIVED EXTRACELLULAR VESICLES SHOW THERAPEUTIC EFFECTS ON A 3D TENDON DISEASE MODEL (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

POLY(ARGININE) AND HYALURONIC ACID FILM: A MULTIFUNCTIONAL COATING FOR SCAFFOLDS AND INVASIVE MEDICAL DEVICES: THE CASE OF CAVI-T INTRANASAL BALLOON (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

POLYHYDROXYALKANOATE/BIOACTIVE GLASS COMPOSITE SCAFFOLDS WITH ANTIMICROBIAL PROPERTIES FOR BONE TISSUE ENGINEERING APPLICATIONS (in session "S08 Antimicrobial biomaterials for bone regeneration")

Post-printing structure formation in bioprinted tissue constructs that mimic the tumor microenvironment (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

PRECLINICAL 3D BIOPRINTED MODEL OF OVARIAN CANCER TUMOR MICROENVIRONMENT TO TEST miRNA-BASED PERSONALIZED THERAPIES (in session "S15-2 Biologically inspired and Engineered disease models")

PREDICTION OF IN VITRO SCAFFOLD LIFETIME THROUGH THERMALLY-ACCELERATED AGEING AND FTIR SPECTROSCOPY (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

PREDICTION OF M1, M2A AND M2C MACROPHAGE PHENOTYPES AND THEIR IL-10 PRODUCTION POTENTIAL BASED ON SINGLE CELL MORPHOLOGY AND PROTEIN INTENSITY USING A NOVEL MACHINE-LEARNING BASED APPROACH (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

PREDICTION OF MEDICAL DEVICE COATING PROPERTIES VIA MACHINE LEARNING (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

Predictive analysis of cardiac microtissue manufacturing by monitoring metabolic CQAs (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

PRELIMINARY DEVELOPMENT OF AN IN VITRO 3D IPSC-BASED LIVER MODEL TO EXPLOIT AN INNOVATIVE LIVER-ON-A-CHIP DEVICE (in session "S42 Microphysiological models as powerful preclinical tools")

Pro-angiogenic hydrogels from cell-degradable and photo-curable alginate (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

Pro-resolving mediators in rotator cuff tendinopathy: how is the bursa involved? (in session "S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration")

Probing T Cell Mechanosensitivity using Artificial Antigen-Presenting Cells (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

PRODUCTION OF HIGHLY ANGIOGENIC HYDROGELS FROM THE EXTRACELLULAR MATRIX OF CULTURED STROMAL VASCULAR FRACTION OF ADIPOSE TISSUE (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

Production of uniform organoids in microfluidic chips and and the interaction with capillaries (in session "S60 Tissue engineering and regenerative medicine in Czech Republic")

Prognostic evaluation of the use of three-dimensional (3D) scaffolds on chronic skin lesions using new biomedical imaging technologies. (in session "S62 Tissue regeneration by integration of bioinspired materials")

Proteomic characterisation of foetal notochordal cells to inform intervertebral disc development and stem cell differentiation (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

Quantum Sensing for measuring free radical generation in living cells (in session "S49 Novel strategies to assess cellular response to biomaterials")

RECONSTRUCTION OF FUNCTIONAL GRADIENTS USING MELT ELECTROWRITING (in session "S15-1 Biologically inspired and Engineered disease models")

REGENERATIVE MEDICINE AND TECHNOLOGY – A NEW BACHELOR PROGRAM (in session "S30 European regional platforms for TERM - Update")

RESET ENDOTHELIAL CELLS PROMOTE FETAL HEPATOCYTE MATURATION IN A 3D ORGANOTYPIC ENVIRONMENT (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

ROAD TO UNIVERSAL ORGANS: DECELLULARIZED LIVER REPOPULATION WITH HLA I-II KNOCKOUT HEPATOCYTES IN A DYNAMIC BIOREACTOR CULTURE (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

SCAFFOLD GUIDED BONE TISSUE ENGINEERING FOR THE ASSESSMENT OF BONE DEFECT RECONSTRUCTION – PRE-CLINICAL AND CLINICAL TRIALS (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

Scaffolds for the Delivery of Gene Therapeutics for Enhanced Tissue Repair (in session "S40 Injectable scaffolds in tissue engineering")

SECRETOME OF ADIPOSE TISSUE DERIVED STEM CELLS AND ELECTRICAL EPIDURAL STIMULATION PROMOTES FUNCTIONAL GAINS IN SPINAL CORD INJURY CONTEXT (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

SELF-ASSEMBLING PEPTIDE HYDROGELS AS BIOINKS FOR 3D BIOPRINTING APPLICATIONS (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

SEMAPHORIN3A COUPLES OSTEOGENESIS AND ANGIOGENESIS IN TISSUE-ENGINEERED OSTEOGENIC GRAFTS (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

Sheep cells as a suitable in vitro tool to evaluate intervertebral disc biotherapies (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

SMART TANTALUM CARBIDE MXENE QUANTUM DOTS FOR TREATMENT OF ALLOGRAFT VASCULOPATHY (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

SPATIALLY RESOLVED MONITORING OF IN VITRO AND IN VIVO DEGRADATION IN CARDIOVASCULAR IN SITU TISSUE ENGINEERING (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

Spatio-temporal emergence of multicellular engineered structures as preclinical models (in session "S42 Microphysiological models as powerful preclinical tools")

STEM CELLS IN BONE REGENERATION, A RANDOMIZED CLINICAL TRIAL (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

Stirred culture promotes chondrogenic hypertrophy of cartilaginous microtissues through exposure to intermittent shear stress (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

Structural support for human cartilage organoids (in session "S37 Human Organoids for Musculoskeletal Tissues")

Studies of cellular differentiation in simulated microgravity reveal an important role for β-actin in mechanosensing (in session "S61 Tissue Engineering in Microgravity for Health in Space and on Earth")

Supramolecular biomaterials for engineering the cell-material interface – from design to screening (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

Surface Functionalised Biomaterials and Nanostructures for Advanced Therapies (in session "S13-1 Biofunctionalized surfaces for cellular and tissue engineering")

SURVIVING MESENCHYMAL STEM/STROMAL CELLS UPON INTRA-ARTICULAR DELIVERY IN AN OSTEOARTHRITIC JOINT EXPRESS A NEW CHONDROPROGENITOR GENE BMP/RETINOIC ACID-INDUCIBLE NEURAL-SPECIFIC PROTEIN 3 (BRINP3) (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

Synovial membrane-derived mesenchymal progenitor cells from osteoarthritic joints in dogs possess lower chondrogenic-, and higher osteogenic capacity compared to normal joints (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

Synthetic supramolecular hydrogels for the 3D culture of kidney epithelial cells and intestinal organoids (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

TAKING A STEP AHEAD: ENDOCHONDRAL BONE REGENERATION OF A CRITICAL SIZE DEFECT IN A LARGE ANIMAL MODEL (in session "S41 Mesenchymal Stem / Stromal Cells - from basic research through clinical studies to registered products")

TARGETED PROTEOMIC ANALYSIS TO EXPLORE THE ANTI-INFLAMMATORY EFFECTS OF NOTOCHORDAL-CELL DERIVED MATRIX (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

TBA (in session "S62 Tissue regeneration by integration of bioinspired materials")

TBA (in session "S45 Nature bioinspired biomaterials and strategies for TERM")

TBA (in session "S55 REMODELing the Future: next generation of organoid models for biomedicine")

TBA (in session "S27+S56 Combined therapies for severely infected wounds accompanied with both heavy soft and hard tissue losses + Skin wound healing in 2022: where basic science meets clinical needs")

Tenocyte conditioned media and its potential applications for immunomodulation. (in session "S23+S31+S32 Can we bioengineer tissues using artificial cells? + Extracellular vesicles – next generation tool for diagnostics and regenerative medicine + Extracellular vesicles for soft tissue repair")

THE BIOMECHANICAL SIGNATURES OF 3D IN VITRO TUMOUR MODELS (in session "S02 3D in vitro tissue-engineered cancer/disease models – Session II")

The Controlled Delivery of Proteoglycan-4 in a Scaffold-Based System for Cartilage Repair Applications (in session "S62 Tissue regeneration by integration of bioinspired materials")

The cross-talk between the synovial membrane and cartilage in the distracted canine knee joint (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

The differential response of human macrophages to 3D printed titanium antibacterial implants does not affect the osteogenic differentiation of hMSCs (in session "S58 TERMIS-EU SYIS and yESAO joint symposium")

The effect of Auxetic metamaterial scaffolds in osteogenic differentiation of Mesenchymal Stem Cells (in session "S13-2 Biofunctionalized surfaces for cellular and tissue engineering")

THE EFFECT OF CARTILAGE MATURATION AND MINERALISATION ON ANGIOGENESIS DURING ENDOCHONDRAL OSSIFICATION (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

The evolution of reconstructive surgery – team experience of Department od Oncological and Reconstructive Surgery National Research Institute of Oncology (in session "Opening Session")

THE IMPACT OF ENDOTHELIAL CELL YAP/TAZ ON NEO-ANGIOGENESIS IN BONE HEALING (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

THE IMPACT OF PRIMARY AND SECONDARY FIBERS MORPHOLOGY ON REGENERATIVE AND OPTICAL PROPERTIES OF ELECTROSPUN CORNEA IMPLANT (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

THE INFERIOR IN VIVO OSTEOGENICITY OF HUMAN MSC FROM ADIPOSE TISSUE COMPARED TO BONE MARROW IS CORRELATED WITH HIGHER IMMUNE RESPONSE WITHIN TISSUE ENGINEERED CONSTRUCTS (in session "S47 New insights underlying mesenchymal stem cell-mediated bone regeneration")

THE INTERPLAY BETWEEN IMMUNE RESPONSE AND BONE FORMATION FROM DEVITALIZED ALLOGENEIC CELLS (in session "S37 Human Organoids for Musculoskeletal Tissues")

The molecular basis of pathological mechanosensing in the failing heart (in session "S60 Tissue engineering and regenerative medicine in Czech Republic")

THE PREPARATION AND CHARACTERISATION OF POLY(3-HYDROXYBUTYRATE-co-4-HYDROXYBUTYRATE) [P(3HB-co-4HB)] BASED BIOCOMPOSITE FOR TRANSLATIONAL BIOMEDICAL APPLICATIONS (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

The role of automated bioprocessing within ATMP development and production (in session "S63 Towards automated technologies for organoid-based tissue biomanufacturing")

The role of multifunctional nanomaterials in new tissue regeneration strategies (in session "S59+S18 The role of multifunctional nanomaterials in new tissue regeneration strategies + Biomedical applications of MXene based next generation nanomaterials")

THE USE OF HUMAN SKELETAL MUSCLE MICROVASCULAR ENDOTHELIAL CELLS IN SKELETAL MUSCLE TISSUE ENGINEERING: FROM CELL ISOLATION TO IN VITRO PRE-VASCULARIZATION (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

THE UTILTIY OF EQUINE PLURIPOTENT STEM CELLS FOR THERAPEUTIC USE AND DISEASE MODELLING (in session "S50 One health, one medicine: What Veterinary regenerative medicine can teach us")

The Zone of Tissue Activation Delineates Immediate and Long-Term Response of Skin to Wounding and Associates with Markers of Senescence and Regeneration (in session "S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering")

THERAPEUTIC EVALUATION OF α2-ANTIPLASMIN AS A HUMAN-DERIVED SUBSTITUTE TO THE FIBRINOLYSIS INHIBITOR APROTININ IN SURGERY AND REGENERATIVE MEDICINE (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

Therapeutic vascularization in regenerative medicine (in session "S65-1 Vascularization for Tissue Engineering and Regenerative Medicine")

THREE-DIMENSIONAL SCAFFOLDS BY MULTI-PHOTON POLYMERIZATION AS A CO-CULTURE SYSTEM FOR TISSUE REGENERATION (in session "S28 Emerging and future technologies for peripheral nerve regeneration")

TIME COURSE OF ECTOPIC BONE FORMATION IN RATS INDUCED BY rhBMP6 WITHIN AUTOLOGOUS BLOOD COAGULUM WITH CALCIUM PHOSPHATE CERAMIC PARTICLES (in session "S62 Tissue regeneration by integration of bioinspired materials")

Tissue Density Diminishes the Effects of Simulated Microgravity on Dendritic Cell Immune Potency in vitro (in session "S61 Tissue Engineering in Microgravity for Health in Space and on Earth")

TISSUE ENGINEERED CARDIAC PATCHES FOR THE TREATMENT OF POST-MI HEART FAILURE USING NATURAL POLYMERS AND HUMAN IPSC-DERIVED CELLS (in session "S07-1 Advances in cardiac tissue engineering: in vitro platforms and in vivo regeneration")

Tissue Engineered Graft from human Adipose-derived Stem Cells for Phalanx Construction in Children with Symbrachydactyly (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

Tissue Engineered Scaffolds For Tracheal Regeneration: A seeding approach in a multi-layered 3D printed scaffold (in session "S03+S33 3D printing of bionic organs – how far are we from clinical application? + From Bench-to-Bedside: Translating 3D Printing Applications in Tissue Engineering and Regenerative Medicine")

Tissue engineering a humanized rat model for osteosarcoma research (in session "S15-1 Biologically inspired and Engineered disease models")

TISSUE ENGINEERING AND BIOBANKING - A POSSIBLE FORCE-JOINING ALLIANCE IN APPLIED SCIENCES (in session "S09 Biobanking - indispensable support for the development of regenerative medicine")

TISSUE ENGINEERING THE OESOPHAGUS: PROOF-OF-CONCEPT (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

TOWARDS APPLICATION OF CELL THERAPY USING hiPSC-DERIVED MSCs AS A STABLE ‘OFF-THE-SHELF’ CELL SOURCE (in session "S48 Next Generation Biomaterials of Stem Cell Culture and Differentiation for Stem Cell Therapy")

TOWARDS BONE-REMODELING-ON-A-CHIP: FORMATION OF 3D BONE-LIKE TISSUES (in session "S37 Human Organoids for Musculoskeletal Tissues")

TOWARDS FABRICATION OF A TRIPLE CULTURE LIVER SINUSOID MODEL UTILIZING 3D CORE-SHELL BIOPRINTING (in session "S10-1 Biofabricated Tissues and Organs for Clinical Impact")

TOWARDS THE DEVELOPMENT OF A GELMA-BASED ORGANOTYPIC HUMAN SKIN MODEL USING A CUSTOM-MADE BIOREACTOR (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

Towards the development of multiaxial loading bioreactor for intervertebral disc studies: validation of an ex vivo organ model and customized sample holder (in session "S15-2 Biologically inspired and Engineered disease models")

Towards tissue-specific vascularization of bio-engineered skeletal muscle constructs using autologous skeletal muscle microvascular endothelial cells (in session "S65-2 Vascularization for Tissue Engineering and Regenerative Medicine")

Tuning macrophage polarization to model myocardial infarction in the generation of functional cardiac organoids (in session "S15-1 Biologically inspired and Engineered disease models")

Tuning the Physical Properties of Collagen/Hyaluronan Hydrogels to favor Mesenchymal Stem Cells Differentiation into NP Cells: A Step forwards Intervertebral Disc Regeneration (in session "S67 We’ve got your back: the challenges and success of advanced regenerative treatments for intervertebral disc regeneration")

UK Example - Regenerative Medicine Platform UKRMP II (in session "S30 European regional platforms for TERM - Update")

Ultrasound-based assembly of tissues and biomaterials (in session "S11 Biofabrication using extrinsic fields")

UNSOLVED MYSTERIES AND CURRENT OPPORTUNITIES IN EXTRACELLULAR VESICLES (in session "S31 Extracellular vesicles – next generation tool for diagnostics and regenerative medicine")

UNVEILING LIPID METABOLISM UNDERLYING AGING AND OSTEOGENESIS OF MESENCHYMAL STEM CELLS THROUGH 1H-NMR METABOLOMICS (in session "S26 Combined Korea-EU Symposium: "Bone from fat: Two distinct 17-18 year journeys in bone regeneration with adipose stromal/stem cells"")

Unveiling the molecular basis of pathological mechanosensing to counteract diseases (in session "S60 Tissue engineering and regenerative medicine in Czech Republic")

Unveiling the Multiple Roles of Stem Cells Secretome in Nerve Regeneration (in session "S28 Emerging and future technologies for peripheral nerve regeneration")

Using a machine learning-supported approach for assessing and predicting the susceptibility of articular cartilage to mechanical trauma-induced changes in cellularity (in session "S22 Bringing together state-of-the-art quantitative biology and machine learning-based modeling for controlling and predicting cell and cell population phenotype in the context of regenerative medicine")

Using Supramolecular Biomaterials to Interrogate and Manipulate Galectin-Glycan Interactions (in session "S35+S36 Giving meaning to early tissue damage responses in regeneration + Glycomodulation Approaches in Tissue Engineering")

Vat-Polymerization Bioprinting for Tissue Fabrication (in session "S46 New developments of regenerative and tissue modeling products")

VORONOI DESIGN OF ADDITIVELY MANUFACTURED 3D-PRINTED PCL-HA SCAFFOLDS: COMPREHENSIVE IN VITRO AND IN VIVO CHARACTERIZATION (in session "S17 Biomaterials, Stem Cells and Ostogenesis, Immunogenicity and Biocompatibility")

Weaving a compliant Tissue-Engineered Vascular Graft from Cell-Assembled extracellular Matrix yarn (in session "S10-2 Biofabricated Tissues and Organs for Clinical Impact")

WET-SPUN CORE-SHELL HYDROGEL FIBERS FOR MICROVASCULAR TISSUE ENGINEERING (in session "S51+S29 Perspectives and Challenges in Bioengineering Dynamic Hydrogels for Regenerative Medicine + Engineered viscoelasticity in cell and tissue engineering")

What influences tendon biology? (in session "S53 Prospects and Challenges in Biological Therapies for Tendon Regeneration")

Where are all the electrospun medical devices? – Case studies of product development from an industry perspective (in session "S57 Supramolecular synthetic scaffolds: from concept to design and application")

Whey Protein isolate: a multifunctional dairy-derived biomaterial (in session "S16-2 Biomaterials from nature based on extracellular matrices: engineering, repopulation and regenerative potential")

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6/28/22

6/29/22

6/30/22

7/1/22

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