Keyword: tissue engineering

A Bandage for a Heart, Version 1

A Bandage for a Heart, Version 2

A Bandage for a Heart, Version 3

A Tri-culture Organoid System Develops in a Synthetic Hydrogel 1

A Tri-culture Organoid System Develops in a Synthetic Hydrogel 2

Biological Engin-ear-ing: 3D Printed Virus-Built Organ

Bioprinted Vessel: Artificial Vasculature in Support of Engineered Organs

Blood Vessels Form in a Bone Marrow-Like Construct

Body of Knowledge: Self-Organizing Brain Cells

Bone Repair Using Biocompatible Plastic, Image #1

Bone Repair Using Biocompatible Plastic, Image #2

Bone Repair Using Biocompatible Plastic, Image #3

Brain Organoid

Building a Biliary Tree With Tiny Technologies 1

Building a Biliary Tree With Tiny Technologies 2

Building a New Hip: Cartilage Grown on a Woven Polymer

Cartilage Grown from Adult Stem Cells in a 3-D Woven Polymer

Cell Patterns in An Engineered Tissue, Image #1

Cell Patterns in An Engineered Tissue, Image #2

Cell Patterns in An Engineered Tissue, Image #3

Cell-Laden Gels with Controlled Shapes

Central Nervous System Tissue Model

Cloak and Swagger: Learning From the Enemy

Clustering Cells on a Patterned Surface

Electrical Stimulation Improves Blood Vessel Recruitment 1

Electrical Stimulation Improves Blood Vessel Recruitment 2

Engineered Vessels Deliver Blood to Hepacytes

From Stem Cells to Adipose

Heart Cells and Vascular Cells Interact on a Scaffold

Hepatocyte Islands 1

Hepatocyte Islands 2

Hepatocytes and Stromal Cells Pack Together to Form Liver Spheroids 1

Hepatocytes and Stromal Cells Pack Together to Form Liver Spheroids 2

Hepatocytes and Stromal Cells Pack Together to Form Liver Spheroids 3

Histological Response to a New Tissue Adhesive, Version 1

Histological Response to a New Tissue Adhesive, Version 2

Hydrogel Synthesis and Assembly

In Pursuit of Therapeutic Treatment for Hearing Loss, Image #1

In Pursuit of Therapeutic Treatment for Hearing Loss, Image #2

Into the Breach 2: Implantable Pharmacies

Into the Breach: On-Demand Pharmacies for Programmable Drug Delivery

Isolating Proteins to Help Grow Stem Cells

Launching a Satellite Liver 2

Launching a Satellite Liver 3

Launching a Satellite Liver: Tissue Engineering in Action

Launching a Satelllite Liver 4

Liver Cells on a Collagen Island

Liver Cells Organize on a Bioreactor Scaffold 1

Liver Cells Organize on a Bioreactor Scaffold 2

Liver Organoid

Liver Progenitor Cells Grown from Adult Stem Cells

LSECs Deform a Hydrogel 1

LSECs Deform a Hydrogel 2

Microtissue Spheres Stick to One Another

Mind the Zap: Using Electricity to Grow Blood Vessels

Modeling Interactions Between Blood-Brain Barrier Vessels and Brain Tumors

Modeling the Mind: Neurons Derived from Skin Cells

Multicellular Spheroids in Pursuit of Pancreatic Organoids

Neural Progenitor Cells on a Hydrogel

No Man is an Islet

Novel Technology to Assess Neurological Degeneration 2

Novel Technology to Assess Neurological Degeneration 3

Novel Technology to Assess Neurological Degeneration 4

Novel Technology to Assess Neurological Degeneration 5

Novel Technology to Assess Neurological Degeneration 6

Pillars and Polymers

Pillars and Polymers, Image #2

Polymeric Scaffolds for Tissue Engineering 1

Polymeric Scaffolds for Tissue Engineering 2

Polymeric Scaffolds for Tissue Engineering 3

Polymeric Scaffolds for Tissue Engineering 4

Proteomic Human Brain Map 

Seeing Humanity in Engineered Cells

Seeing Humanity in Engineered Cells

Subcutaneous Hydrogel Spheres

The Modern Cell Tenement 1

The Modern Cell Tenement 2

The Modern Cell Tenement 3

The Modern Cell Tenement 4

The Modern Cell Tenement 5

Three Dimensional Patterning of Hepatocytes and Fibroblasts

Unexpected Features in Artificial Bone

Vascularized Islets 1

Vascularized Islets 2

Vascularized Islets 3

Vascularized Islets 4

Vascularized Islets 5

Vasculature Connects to Islets in a Synthetic Matrix 1

Vasculature Connects to Islets in a Synthetic Matrix 2