Tissue Engineering

Organ-on-a-Chip Technology Wound Healing Organ Regeneration Synthetic Tissues Cancer Tissue Analysis Regenerative Medicine Vascular Engineering Mechanical Cues Cancer Models Extracellular Matrix Organ Engineering Synthetic Organs Surgical Innovations Mechanical Properties Organoid Technology Injury Models Bone Scaffolds Heart Tissues Cell Culture Techniques

6 ARTICLES

4mo ago

Duke Scientists Grow Retinal Blood-Vessel Cells From Human iPSCs

Lab-made endothelial cells formed retinal vascular networks, modeled diabetic-retinopathy damage in vitro, restored mouse retinal function after integrating into damaged tissue.

5 ARTICLES

6mo ago

Beating Heart Mechanically Suppresses Tumor Growth, Helping Explain Rare Cardiac Cancers

4 ARTICLES

8mo ago

‘Dancing Molecules’ Therapy Regenerates Nerves in Advanced Human Spinal Cord Organoids

3 ARTICLES

last yr.

UC Santa Cruz Unveils AI Wearable That Accelerates Wound Healing in Preclinical Tests

3 ARTICLES

last yr.

Terasaki Researchers Debut Human Liver Tumor ‘Embolization-on-a-Chip’ for Embolic Therapy Testing

3 ARTICLES

last yr.

Breakthrough 3D Model Reveals How Tumor Clusters Breach Blood Vessels

Tissue Engineering

Duke Scientists Grow Retinal Blood-Vessel Cells From Human iPSCs

Beating Heart Mechanically Suppresses Tumor Growth, Helping Explain Rare Cardiac Cancers

‘Dancing Molecules’ Therapy Regenerates Nerves in Advanced Human Spinal Cord Organoids

UC Santa Cruz Unveils AI Wearable That Accelerates Wound Healing in Preclinical Tests

Terasaki Researchers Debut Human Liver Tumor ‘Embolization-on-a-Chip’ for Embolic Therapy Testing

Injectable 'Skin in a Syringe' Bioink Yields Vascularized Dermal Grafts in Mice

New Platforms Generate Functional Vascular Networks for 3D Bioprinting

Stanford Grows Mini Heart and Liver Organoids With Functional Blood Vessels

Breakthrough 3D Model Reveals How Tumor Clusters Breach Blood Vessels