Biomedical Engineering

January 3, 2020

Research That Gets to the Root Causes of Genetic Diseases

Read on Pratt School of Engineering

$This graphic shows the healing progress of a fracture in a mouse treated with a new type of bone bandage that traps native adenosine (top), is preloaded with external adenosine (middle), and has no adenosine at all.$

December 13, 2019

Engineering a Better Bandage to Promote Faster Healing

Read on Pratt School of Engineering

A microscopic view of neurons running through the colon with individually activated cells

December 11, 2019

A Rare Window Into the Workings of the Colon in a Live Animal

Read on Pratt School of Engineering

November 25, 2019

Incubation Awards to Assist Seven Innovative Research Projects Move Toward the Market

Read on Innovation and Entrepreneurship

Duke Engineers have developed a new type of microscope that uses a bowl studded with LED lights of various colors and lighting schemes produced by machine learning

November 20, 2019

A Microscope That Teaches Itself to Know the Best Settings for Diagnostic Images for Malaria

Read on Pratt School of Engineering

Researchers used a new endoscopic OCT system to visualize variances in pig cartilage thickness. The image shows a sketch of a femur and processed OCT images with thin regions shown in dark red and thicker regions more yellow and white. Scale bar is 250 mi

November 15, 2019

Observing the Joint: Duke Engineers Adapt Imaging System to Make It Useful for Minimally Invasive Surgery

Read on Pratt School of Engineering

A stained cross section of the new muscle fibers. The red cells are striated muscle fibers, the green areas are receptors for neuronal input, and the blue patches are cell nuclei. (Credit: Bursac Lab)

November 5, 2019

No Ordinary Gel: New Tools to Help the Body Repair Brain and Muscle Tissue

Read on Pratt School of Engineering

Vardhman Kumar examines a microfluidic chip.

November 1, 2019

Big Ideas on a Small Chip Surface

Read on Pratt School of Engineering

October 29, 2019

How Stabilizing Disordered Proteins May Lead to the Next Generation of Medical Applications

Read on Pratt School of Engineering

A bacterial colony genetically edited to include a gene circuit forms a purple ring as it grows. Researchers are using machine learning to discover interactions between dozens of variables that affect the ring’s properties such as its thickness, how fast

October 3, 2019

Machine Learning Is Providing New Insights When the Biology Is Too Complex for Traditional Research

Read on Pratt School of Engineering

The Duke Center for Advanced Genomic Technologies aims to investigate and re-engineer the inner workings of cellular gene regulation machinery and networks

October 1, 2019

Taking Aim at the 'Dark' Genome to Uncover New Therapies for Disease

Read on Pratt School of Engineering

Duke Teams Earn NIH Funding as Part of National Effort to Combat Opioid Crisis

September 26, 2019

Helping to End Addiction: Duke Teams Win $24 Million Grant to Combat Opioid Crisis

Read on Duke Health News

ILLUSTRATIONS REPRESENTING THE COMPONENTS OF THE COMMON DCAS9 SYSTEM (TOP) AND THE CASCADE SYSTEM (BOTTOM)

September 24, 2019

New CRISPR Approach Expands the Genetic Engineering Toolkit

Read on Pratt School of Engineering

September 17, 2019

Engineering Bacteria Into Beneficial Drug Delivery Tools

Read on Pratt School of Engineering

Recombinant proteins may become more important as anti-cancer biologic drugs if they can be delivered in selected combinations by a slow release gel. (Credit: Mandana Manzari)

September 16, 2019

Cancer Therapy Using Genetic Targeting and Gel Delivery Shows Promise

Read on Pratt School of Engineering

September 11, 2019

Randles' Cancer Simulations Aims to Be Critical Step Toward Understanding Cancer Metastasis

Read on Duke Cancer Institute