Drug Delivery Device Buzzes Through the Blood-Brain Barrier

2021-08-25 - 2021-08

UConn engineers have designed a non-toxic, biodegradable device that can help medication move from blood vessels into brain tissues —a route traditionally blocked by the body’s defense mechanisms. Blood vessels in the brain are lined by cells fitted together tightly, forming a so-called blood-brain barrier, which walls off bacteria and toxins from the brain itself. But that blood-brain barrier also blocks medication for brain diseases such as cancer. “A safe and effective way to open that barrier istrasound,” says Thanh Nguyen, a biomedical engineer at UConn. Ultrasonic waves, focused in the right place, can vibrate the cells lining blood vessels enough to open transient cracks in the blood-brain barrier large enough for medication to slip through. But the current ultrasound technology to do this requires multiple ultrasound sources arrayed around a person’s skull, and then using an MRI machine to guide the person operating the ultrasounds to focus the waves in just the right place. It’s bulky, difficult, and expensive to do every time a person needs a dose of medication.

Brochure Form

Abstracts enquiry

Registration enquiry

Contact Enquiry

Phone

WhatsApp

Useful Links

News

Drug Delivery Device Buzzes Through the Blood-Brain Barrier

Newsletter

Brochure

Drug Discovery, Design and Development

Brochure Form

Drug Delivery Device Buzzes Through the Blood-Brain Barrier