Skip to the main content.
About Us

BMES serves as the lead society and professional home for biomedical engineers and bioengineers. BMES membership has grown to over 6,700 members, with more than 110+ BMES Student Chapters, three Special Interest Groups (SIGs), and four professional journals.

BMES Hub

Welcome to the BMES Hub, a cutting-edge collaborative platform created to connect members, foster innovation, and facilitate conversations within the biomedical engineering community.

BMES Hub

Sponsor & Exhibitor Prospectus

Discover all of the ways that you can boost your presence and ROI at the 2024 BMES Annual Meeting. Browse a range of on-site and digital promotional opportunities designed to suit any goal or budget that will provide maximum impact.

1 min read

UNIVERSITY OF BUFFALO SPINOFF COMPANY WINS CONTRACT TO DEVELOP HIV VACCINE

A University at Buffalo spinoff company has received a $600,000 contract from the National Institutes of Health to pursue development of a vaccine against HIV, the university announced.

The technology, developed by POP Biotechnologies Inc., spontaneously converts high-quality HIV-derived proteins into virus-resembling particles, according to the announcement.

BMES member Jonathan F. Lovell, PhD, is the co-founder of POP BIO and an associate professor of biomedical engineering.

The funding — a Phase I Small Business Innovation Research contract with the National Institute of Allergy and Infectious Diseases — supports a collaboration between POP BIO and Scripps Research, with the goal of using POP BIO's next-generation vaccine delivery platform to enhance the performance of vaccine antigens developed by scientists at Scripps Research.

The delivery platform, a liposome-based vaccine adjuvant, leverages technology that POP BIO has licensed from UB, according to the article.

POP BIO's vaccine delivery platform is called SNAP (Spontaneous Nanoliposome Antigen Particleization). SNAP consists of specialized liposomes, originally developed in Lovell's UB lab, that bind to and improve the effectiveness of vaccine antigens — molecules that prompt the body to produce antibodies that neutralize disease.

Read more HERE.

2025 Medtronic/BMES Student Design Competition Winners

2025 Medtronic/BMES Student Design Competition Winners

The Medtronic/BMES Student Design Competition was a tremendous success, showcasing an array of innovative submissions from talented students across...

Read More
Announcing the 2025 BMES Grade of Fellow Class

Announcing the 2025 BMES Grade of Fellow Class

This year, the Board of Directors is honored to announce that 13 members have joined the ranks as BMES Fellows.

Read More
BMES Launches Campaign to Elevate Biomedical Engineering Breakthroughs

BMES Launches Campaign to Elevate Biomedical Engineering Breakthroughs

Initiative mobilizes member stories to strengthen support, visibility and research funding

Read More
BOSTON U RESEARCHERS CREATE SUSTAINABLE ADHESIVE THAT IS BIODEGRADABLE AND MADE OF NATURAL COMPONENT

1 min read

BOSTON U RESEARCHERS CREATE SUSTAINABLE ADHESIVE THAT IS BIODEGRADABLE AND MADE OF NATURAL COMPONENT

Boston University researchers have created an alternative adhesive formula that is biodegradable and easily adapts to suit a wide range of industrial...

Read More
STRETCHABLE, WEARABLE COILS MAY MAKE MRI TESTS EASIER ON PATIENTS PURDUE RESEARCHERS FIND

STRETCHABLE, WEARABLE COILS MAY MAKE MRI TESTS EASIER ON PATIENTS PURDUE RESEARCHERS FIND

Purdue University researchers have developed RF coils that are formable and stretchable, that could one day replace an MRI machine with an imaging...

Read More
PAPER DEVICE DEVELOPED AT PURDUE COULD BRING PORTABLE CORONAVIRUS DETECTION

PAPER DEVICE DEVELOPED AT PURDUE COULD BRING PORTABLE CORONAVIRUS DETECTION

Purdue University biomedical engineers have developed a handheld paper device that quickly and accurately detects a different strain of coronavirus,...

Read More