Let’s talk about how we can work together to advance bioengineering.
AABME is conducting a series of webinars to examine a risk-based, conceptual framework developed by the US Food and Drug Administration (FDA) for use at point-of-care manufacturing facilities. Webinar panels will include speakers from diverse groups, including medical device manufacturers, point-of-care manufacturers, technology developers, and the FDA. The framework includes the following scenarios: A. Minimal Risk 3DP by a Healthcare Professional B&C. Device Designed by Manufacturer Using Validated Process D. Manufacturer Co-Located at Point of Care E. Healthcare Facility Becomes a Manufacturer
Gain access to free tools and resources from AABME, an initiative designed to stimulate biomedical innovation by bringing together and providing resources to the biomedical engineering community.
In the tissue engineering industry there is a lot of discussion around the complexities of seeding adherent cells, the best modes for generating vascularized scaffolds, the challenges associated with the packaging and transport of tissue-engineered medical products (TEMPs), and how to get your product to market quickly.
This presentation will provide a brief description of the various forms of VR technology and describe the trajectory of Clinical VR over the last 20 years addressing health and clinical treatment of anxiety disorders, PTSD, pain management, autism, and in the assessment/rehabilitation of stroke, brain injury, and other neurologically-based conditions. We will also discuss advances in Virtual Human technology for clinical training, healthcare coaching, and clinical interviewing.
Bill Betten, president of Betten Systems Solutions, explores the process of medical device development in this exclusive AABME.org presentation.
A team of engineers and neuroscientists has built a spinal implant that may one day be used to heal a broken spinal cord in humans.
Biomedical engineers create an oral insulin capsule to improve diabetes treatment
Working at the intersection of tissue engineering, stem cell biology, and optical imaging, scientists at the University of Washington created an effective way to grow heart tissue in vitro.
Biomedical engineers are developing a number of techniques to 3D print corneal transplants to overcome shortages of donated corneas.
A new prosthetic hand offers amputees the ability to “feel” grasping and manipulating objects—and it’s already being used at home, outside the laboratory setting, for several months.
Biomedical engineers grow personalized tissue transplants for heart, spinal cord, and brain from patients’ own fatty cells.
MIT bioengineers advance a technique to deliver nucleic-acid-based treatment to the lung by a noninvasive aerosol inhalation.
Scientists use nano or microneedles to provide quicker diagnosis of major illness.
Novel 3D-printed titanium spinal device corrects spinal problems.