Keyword: Griffith Laboratory

3D Structures Blossom in a Synthetic Matrix 2

3D Structures Blossom in a Synthetic Matrix 3

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

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

Body of Knowledge: Self-Organizing Brain Cells

Cell Interaction on a PEG Microsphere

Cells Transverse Microbead Chambers

Central Nervous System Tissue Model

Complex Structure Emerges from Stem Cells

Environmental Cues Influence Morphogenesis in a Synthetic Matrix

Garden of Stem Cells: 3D Structures Blossom in a Synthetic Matrix

Generating Models of Endometrial Tissues 1

Generating Models of Endometrial Tissues 2

Generating Models of Endometrial Tissues 3

Generating Models of Endometrial Tissues 4

Generating Models of Endometrial Tissues 5

Generating Models of Endometrial Tissues 6

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #1

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #2

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #3

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #4

Intestinal Organoid Induced for Differentiation

Intestinal Organoids Grow in a Synthetic Matrix

Liver Cells Organize on a Bioreactor Scaffold 1

Liver Cells Organize on a Bioreactor Scaffold 2

LSECs Deform a Hydrogel 1

LSECs Deform a Hydrogel 2

Multicellular Spheroids in Pursuit of Pancreatic Organoids

Neural Progenitor Cells on a Hydrogel

No Man is an Islet

Protein Crystals and Biosensors

Seeing Humanity in Engineered Cells

Seeing Humanity in Engineered Cells

The Color of Truth: Cellular Dynamics in Intact Tissue

The Tissue Microenvironment of Unprocessed Human Endometrium

The Tissue Microenvironment of Unprocessed Mouse Whisker Pads 

Vascularized Islets 1

Vascularized Islets 2

Vascularized Islets 3

Vascularized Islets 4

Vasculature Connects to Islets in a Synthetic Matrix 1

Vasculature Connects to Islets in a Synthetic Matrix 2