Biomaterials and Regenerative Technologies | Coulter Department of Biomedical Engineering

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Rotator cuff image

Two-Way Cell-based Treatment Repairs Muscle After Rotator Cuff Injury

Hollister Lab Develops 3D Printing for Soft Tissue Engineering

AI social justice lens

Georgia Tech, Emory Pursuing AI-Assisted Social Justice in Tissue Biomanufacturing

Scott Hollister

Hollister Lab Develops Blueprint for 3D Printed Personalized Medical Devices

Felipe Quiroz in his lab.

Quiroz wins NIH Director's New Innovator Award for 'Lava Lamp' Sensors to Illuminate Brain Degeneration

A magenta and green artist's rendering of Serpooshan's 3D printed pediatric neuroblastoma model.

Serpooshan Lab Creates New 3D-Printed Tool to Study Deadly Pediatric Neuroblastoma

dahlman team

All-in-One Sequencing Key to Improving Lipid Nanoparticle Effectiveness

New screening technique could accelerate and improve delivery of mRNA therapies

Digital illustration of RNA / DNA strands. (iStock)

Researchers Successfully Use mRNA to Activate Genes

A "biohybrid" fish developed by researchers with human heart cells held by thin tongs on a black background.

Researchers Create ‘Biohybrid’ Fish, Powered by Human Heart Cells

Dahlman and Santangelo

New System Speeds Screening of Drug-Delivering Nanoparticles

‘Species agnostic’ screening is the latest result of a powerful partnership between James Dahlman and Phil Santangelo

A patient receives chemotherapy treatment from a nurse. (Photo Courtesy: Centers for Disease Control and Prevention)

Tangled Messages: Tracing Neural Circuits to Chemotherapy's 'Constellation of Side Effects'

Tim Cope and Nick Housley unravel the neural pathways behind complex sensory and motor side effects of chemotherapy

MISpheroID website screenshot

Nature Methods Study Describes New Tool to Help Solve Spheroid Puzzle

Skin cells journeying outward

Quiroz Leading a New Phase in Skin Research

Park Aims to Develop Better Model of Our Heartbeats with Heart Association Career Development Grant

A bioprinted embryonic human heart model at 84 times the actual size. This is one of two different kinds of models Vahid Serpooshan is developing that are 3D printed using soft, flexible hydrogel materials infused with cells from specific patients. (Photo Courtesy: Vahid Serpooshan)

Serpooshan Awarded NSF CAREER Award to Bioprint a 3D Model of the Developing Human Heart