The vascular system is the body’s essential infrastructure for regeneration—delivering oxygen, nutrients, and signaling cues that coordinate tissue repair. Over time, however, this regenerative ...

Nature has consistently inspired engineering applications. Recently, a group of researchers drew new inspirations from the vascular network and developed a new type of fluidic system named VasFluidics ...

How do blood vessels stay strong, flexible, and responsive to the body's changing need for oxygen and nutrients? The answer lies not only in biology—but also in physics. Researchers at Åbo Akademi ...

When biomedical researchers need to test their latest ideas, they often turn to engineered human tissue that mimics the responses in our own bodies. It's become an important intermediary step before ...

When a traumatic injury occurs to an artery, if a patient’s own veins aren't available for use as a bypass graft, they’ll typically have to be treated either with a synthetic implant or with surgical ...

DURHAM, N.C., Dec. 19, 2024 (GLOBE NEWSWIRE) -- Humacyte, Inc. (HUMA), a biotechnology platform company developing universally implantable, bioengineered human tissues at commercial scale, today ...

An investigational product called Acellular Tissue Engineered Vessel demonstrated superior hemodialysis vascular access outcomes compared with AVFs in a phase 3 trial. A bioengineered human tissue ...

Vascular stents, which consist of a metal structure and a polymer covering, play a critical therapeutic role in cardiovascular treatment. The polymer acts as a physical barrier between blood and the ...

In a groundbreaking study published in BME Frontiers , researchers from the University of California, Los Angeles (UCLA), in ...

– Positive responses from surgeons and trauma centers to initial sales and marketing outreach – To communicate the health economic value of Symvess, Humacyte has developed a Budget Impact Model (BIM) ...