| Aboal Lucia |
Laser micropatterning of 3D scaffolds to modulate cellular behavior
|
| Adusumilli Tara |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Alvarez Lorenzo Carmen |
Real-Time Calorimetric Monitoring of Bacterial Growth in Scaffolds
|
| Alvarez- Carmen Lorenzo |
Laser micropatterning of 3D scaffolds to modulate cellular behavior
|
| Alvarez-Lorenzo Carmen |
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Eco-friendly melatonin-loaded 3D-printed CMC-gold nanoparticle hydrogels for wound healing
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
Personalized silk fibroin-based wound dressings loaded with somatropin for diabetic ulcer regeneration
|
| Amabile Angelo |
Bioengineered strategies to harness host cells for enhanced skeletal muscle regeneration
|
| Arnau Maria Rosa |
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Dual function chitosan-Aloe vera scaffolds to avoid infections and promote bone regeneration in diabetic mice
|
| Bağcı Gülsün |
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
|
| Bala Srikar |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Ballet Steven |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Bizios Rena |
Matrix mechanics and mechanostranduction: synergistic drivers of osteogenesis-vascularization coupling in bone tissue engineering
|
| Blanco-Fernandez Barbara |
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
|
| Botchwey Edward |
Harnessing Sphingolipid Remodeling for Enhanced Extracellular Vesicle Biogenesis and Therapeutic Function
|
| Bouhassira Eric |
Production of cultured red blood cells from stem cells
|
| Bradish Kristen |
Development of a Gestational Diabetes Mellitus in vitro Placenta Barrier Model
|
| Briffault Erik |
Elaboration and functionalization of extracellular vesicle membrane-coated biomimetic nanoparticles for gene therapy in osteoporosis
|
| Cao Zheng |
Biomimetic nanofiber-based comprehensive solution and mechanism study for peripheral nerve injury repair
Aligned fiber hydrogels coordinate multicellular behaviors for nerve regeneration
|
| Chari Sadhana |
Development of 3D-printed bone decellularized extracellular matrix scaffolds for improved bone repair (Trainee Awardee)
|
| Chatzinikolaidou Maria |
Biofabrication of osteochondral constructs using functional biomaterials and extrusion bioprinting
|
| Chen Chunying |
Biomedical Soft Tissue Repair Strategies and Applications, Stemming from Physiological Microenvironment Modulation
The renaissance of one-dimensional carbon nanotubes in tissue engineering
|
| Chew Sing Yian |
Repairing the Central Nervous System: Directing Cell Fate & Tissue Response with Biomimetic Scaffolds
|
| Chin-Young Britney |
Bioengineered strategies to harness host cells for enhanced skeletal muscle regeneration
|
| Chiou Gennifer |
Matrix mechanics and mechanostranduction: synergistic drivers of osteogenesis-vascularization coupling in bone tissue engineering
|
| Christensen Alexandra |
Investigating the effect of a proangiogenic peptide on properties of 3D printable hydrogel for soft tissue implants
|
| Chung Justin |
Polyelectrolyte shields as secretome delivery systems for tissue engineering
|
| Concheiro Angel |
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
Personalized silk fibroin-based wound dressings loaded with somatropin for diabetic ulcer regeneration
Eco-friendly melatonin-loaded 3D-printed CMC-gold nanoparticle hydrogels for wound healing
|
| Cosgriff-Hernandez Elizabeth |
Suspension electrospinning of decellularized extracellular matrix: A new approach to retain bioactivity
|
| Cui Xuejing |
The renaissance of one-dimensional carbon nanotubes in tissue engineering
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| de Lazaro Irene |
In situ partial reprogramming of mouse cardiomyocytes results in their molecular rejuvenation and amelioration of a cardiac failure
|
| Delgado Araceli |
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Dual function chitosan-Aloe vera scaffolds to avoid infections and promote bone regeneration in diabetic mice
Adaptive Bone Scaffolds for Controlled Drug Release and Enhanced Healing
Elaboration and functionalization of extracellular vesicle membrane-coated biomimetic nanoparticles for gene therapy in osteoporosis
|
| Desroches Shelby |
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Detamore Michael |
Musculoskeletal Regenerative Medicine as a Tool for Traumatic Brain Injury
|
| Diaz-Gomez Luis |
Laser micropatterning of 3D scaffolds to modulate cellular behavior
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Personalized silk fibroin-based wound dressings loaded with somatropin for diabetic ulcer regeneration
|
| Diaz-Rodriguez Patricia |
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Adaptive Bone Scaffolds for Controlled Drug Release and Enhanced Healing
Dual function chitosan-Aloe vera scaffolds to avoid infections and promote bone regeneration in diabetic mice
Elaboration and functionalization of extracellular vesicle membrane-coated biomimetic nanoparticles for gene therapy in osteoporosis
|
| Du Yingying |
3D printed scaffold for osteochondral tissue repair
|
| Duffy Garry |
Architectured Biomaterial Constructs: Simulating Tissue Complexity for Enhanced Medical Device Evaluation
|
| Engel Elisabeth |
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
|
| Evora Carmen |
Adaptive Bone Scaffolds for Controlled Drug Release and Enhanced Healing
Dual function chitosan-Aloe vera scaffolds to avoid infections and promote bone regeneration in diabetic mice
Elaboration and functionalization of extracellular vesicle membrane-coated biomimetic nanoparticles for gene therapy in osteoporosis
|
| Fan Yujiang |
Artificial proteoglycan assemblies: an anti-swelling and self-activating cartilaginous implant for post-microfracture healing (Trainee Awardee)
Molecularly co-assembled glycosylated collagen reconstructs dense and negatively charged cartilage matrices to boost HUC-MSCs therapy (Trainee Awardee)
Supramolecular coacervate preserving stem cell spheroids for osteoarthritis (Trainee Awardee)
Additive manufacture for multi-level structured bioactive bone regenerative scaffolds
|
| Farbehi Nona |
Photo-crosslinked silk fibroin microgels and microgel scaffolds for biomedical applications
|
| Felix Ryan |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Fisher John |
Development of a Gestational Diabetes Mellitus in vitro Placenta Barrier Model
Investigating the effect of a proangiogenic peptide on properties of 3D printable hydrogel for soft tissue implants
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
3D Printing to Engineer Complex Tissues
|
| Flores-Arias M Teresa |
Laser micropatterning of 3D scaffolds to modulate cellular behavior
|
| Garcia-Garcia Patricia |
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Dual function chitosan-Aloe vera scaffolds to avoid infections and promote bone regeneration in diabetic mice
Adaptive Bone Scaffolds for Controlled Drug Release and Enhanced Healing
Elaboration and functionalization of extracellular vesicle membrane-coated biomimetic nanoparticles for gene therapy in osteoporosis
|
| Gato-Diaz Uxia |
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
|
| Ghorbani Sadegh |
Glioblastoma cells respond to matrix stress relaxation rate in engineered 3D viscoelastic microenvironments
|
| Goyanes Alvaro |
Eco-friendly melatonin-loaded 3D-printed CMC-gold nanoparticle hydrogels for wound healing
|
| Groll Jürgen |
Unraveling the potential of Melt-Electrowriting for biomedical applications: towards biomimetic microvasculature and ultrastructural matrix-mimicry
|
| Guda Teja |
Matrix mechanics and mechanostranduction: synergistic drivers of osteogenesis-vascularization coupling in bone tissue engineering
|
| Haghighattalab Mahsa |
Photo-crosslinked silk fibroin microgels and microgel scaffolds for biomedical applications
|
| Han Dong-Wook |
3D bioprintable Mg2+-incorporated hydrogels for the regeneration of volumetric muscle loss
Bioengineered strategies to harness host cells for enhanced skeletal muscle regeneration
Development of a Gestational Diabetes Mellitus in vitro Placenta Barrier Model
|
| Heilshorn Sarah |
Glioblastoma cells respond to matrix stress relaxation rate in engineered 3D viscoelastic microenvironments
|
| Helal Zina |
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Hernandez Rosa Maria |
Mesenchymal stromal cells: from cell-based to cell-free therapeutic strategies for inflammatory bowel disease
|
| Hettiaratchi Marian |
Design of affinity-controlled biomaterials for tissue regeneration
|
| Highley Christopher |
Enhancing porosity and control over mechanical properties in granular biomaterials to permit dynamic cell behaviors using hydrogel microfibers
|
| Holeman Pieper |
Development of a Gestational Diabetes Mellitus in vitro Placenta Barrier Model
|
| Holloway Julianne |
On demand, temporal control of alignment within fiber-hydrogel composites for tissue engineering applications
|
| Hu Peter |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Huang Michelle |
Glioblastoma cells respond to matrix stress relaxation rate in engineered 3D viscoelastic microenvironments
|
| HUH KANG MOO |
Preparation and evaluation of innovative 3D cell culture system using ULA polymer coating
|
| Igartua Manoli |
Mesenchymal stromal cells: from cell-based to cell-free therapeutic strategies for inflammatory bowel disease
|
| Isaac Alisa |
Matrix mechanics and mechanostranduction: synergistic drivers of osteogenesis-vascularization coupling in bone tissue engineering
|
| Iwasaki Yasuhiko |
The impact of polyphoshoesters on bone therapeutics
|
| Jang Jinah |
Bioprinting Technology for Advanced Cells and Tissue Therapeutics
|
| Jansen John |
Revolutionizing Oral Health: The Future of Regenerative Dentistry
|
| Jeon Ellena |
Development of 3D-printed bone decellularized extracellular matrix scaffolds for improved bone repair (Trainee Awardee)
|
| Jesner Dylan |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Ji Wei |
Investigating the Role of Osteoclasts in Embryonic and Ectopic Bone Formation
|
| Jiang Qing |
Artificial proteoglycan assemblies: an anti-swelling and self-activating cartilaginous implant for post-microfracture healing (Trainee Awardee)
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Jie Liang |
Preclinical evaluation strategies for translational medicine of Recombinant humanized collagen
|
| Jo Hyo Jung |
3D bioprintable Mg2+-incorporated hydrogels for the regeneration of volumetric muscle loss
|
| Jones Sarah |
Suspension electrospinning of decellularized extracellular matrix: A new approach to retain bioactivity
|
| Joziasse Lucas |
Agglomeration Matters: Unraveling the Cytotoxicity of Hydroxyapatite Nanoparticles
|
| Kang Moon Sung |
3D bioprintable Mg2+-incorporated hydrogels for the regeneration of volumetric muscle loss
Preparation and evaluation of innovative 3D cell culture system using ULA polymer coating
|
| Karimi Fatemeh |
Photo-crosslinked silk fibroin microgels and microgel scaffolds for biomedical applications
|
| Kilian Kris |
Biomaterials development for building model tissues: from supramolecular assembly to force induced activities
|
| Kim Jeong Min |
3D bioprintable Mg2+-incorporated hydrogels for the regeneration of volumetric muscle loss
Interactions between the endothelial cell location and the process of bone vascularization
|
| Kimura Tsuyoshi |
Tissue engineering approaches for understanding the biological effect of nano/microplastics
|
| Kolliopoulos Vasiliki |
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
Development of 3D-printed bone decellularized extracellular matrix scaffolds for improved bone repair (Trainee Awardee)
|
| Kolouchova Kristyna |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Kong Hyunjoon (Joon) |
Neural Innervation into Engineered Muscle Tissue for Muscle-Brain Cross-Talk Study
|
| Lampe Kyle |
Microfiber cues drive neural development and extracellular matrix deposition in hyaluronic acid hydrogels
|
| Lan Ziyang |
3D printed scaffold for osteochondral tissue repair
|
| Landin Mariana |
Adaptive Bone Scaffolds for Controlled Drug Release and Enhanced Healing
|
| Le Visage Catherine |
Advancing intervertebral disc disease therapy: the role of biofabrication technologies in animal-free biomedical research
|
| Lee Sang Jin |
3D bioprinting for engineered tissue constructs and patient-specific models
Adhesive Hydrogel Systems for Cardiac and Skeletal Muscle Tissue Regeneration
|
| Letca Ana |
Development of 3D-printed bone decellularized extracellular matrix scaffolds for improved bone repair (Trainee Awardee)
|
| Li Zhulian |
Artificial proteoglycan assemblies: an anti-swelling and self-activating cartilaginous implant for post-microfracture healing (Trainee Awardee)
Supramolecular coacervate preserving stem cell spheroids for osteoarthritis (Trainee Awardee)
Investigating the Role of Osteoclasts in Embryonic and Ectopic Bone Formation
|
| Liang Jie |
Artificial proteoglycan assemblies: an anti-swelling and self-activating cartilaginous implant for post-microfracture healing (Trainee Awardee)
Molecularly co-assembled glycosylated collagen reconstructs dense and negatively charged cartilage matrices to boost HUC-MSCs therapy (Trainee Awardee)
Supramolecular coacervate preserving stem cell spheroids for osteoarthritis (Trainee Awardee)
|
| Lim Khoon |
Photo-crosslinked silk fibroin microgels and microgel scaffolds for biomedical applications
Modulating physical cues in tissue engineered constructs using 3D bioprinting
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Lin Bao |
The renaissance of one-dimensional carbon nanotubes in tissue engineering
|
| Lindberg Gabriella |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Litman Mark |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Liu Ying |
Biomedical Soft Tissue Repair Strategies and Applications, Stemming from Physiological Microenvironment Modulation
3D printed scaffold for osteochondral tissue repair
|
| Loh Chelsea |
Long circulating biomolecular condensate cloaked by natural lipids
|
| Long Christopher |
Glioblastoma cells respond to matrix stress relaxation rate in engineered 3D viscoelastic microenvironments
|
| Lu Helen |
Regenerative materials - a dual perspective
|
| Luo Xiaobin |
Biomimetic nanofiber-based comprehensive solution and mechanism study for peripheral nerve injury repair
|
| Major Gretel |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Mazur Rachel |
Microfiber cues drive neural development and extracellular matrix deposition in hyaluronic acid hydrogels
|
| Mikos Antonios |
Development of 3D-printed bone decellularized extracellular matrix scaffolds for improved bone repair (Trainee Awardee)
Laser micropatterning of 3D scaffolds to modulate cellular behavior
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Moise Maya |
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Morales Carrillo Eugenia |
Matrix mechanics and mechanostranduction: synergistic drivers of osteogenesis-vascularization coupling in bone tissue engineering
|
| Moroni Lorenzo |
Do cells like better rock music or classic music? A sonomechanobiology journey into orchestrating tissue engineering
|
| Nho Laena |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Norberg Axel |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| O'Brien Fergal |
Biomaterial scaffolds for the delivery of gene therapeutics for enhanced tissue repair
|
| Oguntuyo Kasoorelope |
Bioengineered strategies to harness host cells for enhanced skeletal muscle regeneration
|
| Oliveira Mariana |
Materials made of stem cells and their derivatives
|
| Ong Joo |
Matrix mechanics and mechanostranduction: synergistic drivers of osteogenesis-vascularization coupling in bone tissue engineering
|
| Pandit Abhay |
Understanding the Regenerative Response Induced by Biomaterials Systems: Insight into the Role of Glycosylation
|
| Park Kyung Min |
3D bioprintable Mg2+-incorporated hydrogels for the regeneration of volumetric muscle loss
Preparation and evaluation of innovative 3D cell culture system using ULA polymer coating
|
| Parmentier Laurens |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Pearce Hannah |
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Peng Yaoyuan |
The renaissance of one-dimensional carbon nanotubes in tissue engineering
|
| Perez Marissa |
Development of 3D-printed bone decellularized extracellular matrix scaffolds for improved bone repair (Trainee Awardee)
|
| Perez-Amodio Soledad |
Mimicking the Breast Tumor Microenvironment Using Protein-Based Bioinks
|
| Pita-Vilar Maria |
Laser micropatterning of 3D scaffolds to modulate cellular behavior
Personalized osteoinductive scaffolds based on α-Tricalcium Phosphate and Carboxymethylcellulose for enhancing bone tissue engineering (Trainee Awardee)
Personalized silk fibroin-based wound dressings loaded with somatropin for diabetic ulcer regeneration
|
| qianfeng xiang |
Investigating the Role of Osteoclasts in Embryonic and Ectopic Bone Formation
|
| Quaak Astrid |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Raghavan Shreya |
Suspension electrospinning of decellularized extracellular matrix: A new approach to retain bioactivity
|
| Rao Rameshwar |
Glioblastoma cells respond to matrix stress relaxation rate in engineered 3D viscoelastic microenvironments
|
| Reis Rui |
Developing Platforms to Study Cell/Materials and Using Them for the Elaboration of
Innovative Complex 3D In Vitro Disease Models
|
| Reyes Ricardo |
Dual function chitosan-Aloe vera scaffolds to avoid infections and promote bone regeneration in diabetic mice
|
| Rnjak-Kovacina Jelena |
Photo-crosslinked silk fibroin microgels and microgel scaffolds for biomedical applications
|
| Roberts karl |
Production of cultured red blood cells from stem cells
|
| Rogers Simon |
Suspension electrospinning of decellularized extracellular matrix: A new approach to retain bioactivity
|
| Sakiyama-Elbert Shelly |
Biomaterials scaffolds to modulate the role of astrocytes after spinal cord injury
|
| Santiago Larion |
Bioengineered strategies to harness host cells for enhanced skeletal muscle regeneration
|
| Santos-Vizcaino Edorta |
Mesenchymal stromal cells: from cell-based to cell-free therapeutic strategies for inflammatory bowel disease
|
| Schaffer Chris |
Long circulating biomolecular condensate cloaked by natural lipids
|
| Schwarz Grace |
On demand, temporal control of alignment within fiber-hydrogel composites for tissue engineering applications
|
| Shin Mikyung |
Tissue-adhesive hydrogel interfaces for peripheral nerve and muscle tissue regeneration
Self-assembled multifunctional nanoparticles enabling controlled delivery of bioactive ions for tissue regeneration
|
| Soliman Bram |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Sun Yong |
Artificial proteoglycan assemblies: an anti-swelling and self-activating cartilaginous implant for post-microfracture healing (Trainee Awardee)
Molecularly co-assembled glycosylated collagen reconstructs dense and negatively charged cartilage matrices to boost HUC-MSCs therapy (Trainee Awardee)
Supramolecular coacervate preserving stem cell spheroids for osteoarthritis (Trainee Awardee)
Physiologically functional co-assembled strategy for articular cartilage regeneration
|
| Tanabe Tadao |
Tissue engineering approaches for understanding the biological effect of nano/microplastics
|
| Taylor Hayden |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Temenoff Johnna |
Effects of Microcarrier Substrate Properties on Scale-up and Function of Marrow Stromal Cells
|
| Thijssen Quinten |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Touza-Otero Lara |
Adaptive Bone Scaffolds for Controlled Drug Release and Enhanced Healing
|
| Tranquillo Robert |
Biologically-engineered pediatric conduits that grow
|
| Trigiani Lianne |
Long circulating biomolecular condensate cloaked by natural lipids
|
| Umurhan Reyhan |
Investigating the Effect of Charge on Controlled Release of a Model Osteogenic Peptide
|
| Uzoukwu Marylyn |
PrintabilityAssist: an AI-integrated decision support tool for extrusion bioprinting
|
| Van Damme Lana |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| van den Beucken Jeroen JJP |
Investigating the Role of Osteoclasts in Embryonic and Ectopic Bone Formation
|
| Van Durme Bo |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Van Vlierberghe Sandra |
From Light to Life: 3D-Printing of Photo-Responsive Polymers Offering Healthcare Solutions
|
| Veenendaal Laura |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Vega Sebastian |
Injectable hydrogels with bioactive peptides for bone regeneration
|
| Walboomer X Frank |
Investigating the Role of Osteoclasts in Embryonic and Ectopic Bone Formation
|
| Wang Xiumei |
Biomimetic nanofiber-based comprehensive solution and mechanism study for peripheral nerve injury repair
Molecularly co-assembled glycosylated collagen reconstructs dense and negatively charged cartilage matrices to boost HUC-MSCs therapy (Trainee Awardee)
Aligned fiber hydrogels coordinate multicellular behaviors for nerve regeneration
Long circulating biomolecular condensate cloaked by natural lipids
|
| Wechsler Marissa |
Engineered Hydrogels for Drug Delivery and Biomolecule Detection
|
| Wen Zou |
Preclinical evaluation strategies for translational medicine of Recombinant humanized collagen
|
| Woodfield Tim |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Yamamoto Masaya |
Tissue engineering approaches for understanding the biological effect of nano/microplastics
|
| Yan Zi |
Production of cultured red blood cells from stem cells
|
| Yang Jia |
Biomimetic nanofiber-based comprehensive solution and mechanism study for peripheral nerve injury repair
Enhanced Encapsulation Strategies for Islet Transplantation
Aligned fiber hydrogels coordinate multicellular behaviors for nerve regeneration
|
| Yavitt F. Max |
Harnessing Cell-instructive Microenvironments for Scalable Biofabrication of Functional Tissues
|
| Yeh Chia-Wei |
Long circulating biomolecular condensate cloaked by natural lipids
|
| Yun Hui-Suk |
Novel fabrication of support-less bioceramic bone substitutes using bath printing technology
|
| Zarur Mariana |
Eco-friendly melatonin-loaded 3D-printed CMC-gold nanoparticle hydrogels for wound healing
|
| Zhang Shengmin |
3D printed scaffold for osteochondral tissue repair
Production of cultured red blood cells from stem cells
Artificial proteoglycan assemblies: an anti-swelling and self-activating cartilaginous implant for post-microfracture healing (Trainee Awardee)
Molecularly co-assembled glycosylated collagen reconstructs dense and negatively charged cartilage matrices to boost HUC-MSCs therapy (Trainee Awardee)
Supramolecular coacervate preserving stem cell spheroids for osteoarthritis (Trainee Awardee)
Bioenergetic-active Materials in Tissue Engineering
|
| Zhao Yuliang |
Nanotoxicology: Expanding the Cognitive Boundaries for Biomaterials and Drug Delivery Nanomaterials
Supramolecular coacervate preserving stem cell spheroids for osteoarthritis (Trainee Awardee)
Biomedical Soft Tissue Repair Strategies and Applications, Stemming from Physiological Microenvironment Modulation
The renaissance of one-dimensional carbon nanotubes in tissue engineering
|
| Zhou Weixian |
Biomedical Soft Tissue Repair Strategies and Applications, Stemming from Physiological Microenvironment Modulation
Bio-adapted Micro/nanoparticles: A Versatile formulation for Simultaneous Antibacterial and Bone Regenerative Therapy in Periodontitis
|
| Zwetsloot Riley |
Glioblastoma cells respond to matrix stress relaxation rate in engineered 3D viscoelastic microenvironments
|
