Coronavirus Update:What patients and families need to know
The Children's National Research Institute
Check out how researchers developed a system to customize vascular grafts to overcome any complications such as incompatibility, obstruction and infections.
Take a look at how researchers collaborated with University of Maryland, College Park to develop a a polymer-based surgical adhesive and sealant material for internal and external applications.
Learn how researchers collaborated with University of Maryland, College Park to develop a novel polymer-blend based sealant that is easy to deposit and biocompatible, with a low-risk of inflammatory response and disease transmission.
Learn about the surgical software tool that analyzes diagnostic-quality volumetric scans of images using various modalities such as CT, MR and PET obtained at low radiation dosages to provide an accurate cranial volume assessment.
Learn about the microscopic implantable device that can be delivered through a very small incision or needle into nearly any tissue type or into a solid tumor. This new technology will allow the direct, localized delivery of nearly any therapeutic agents to nearly any tissue type.
Take a look at this magnetically anchored wireless robotic camera that was developed by researchers for general laparoscopic surgery and specifically for Single Incision Laparoscopic Surgery (SILS) that would provide real‐time stereoscopic view of the surgical anatomy.