Glenn Gaudette, the William Smith Dean’s Professor of Biomedical Engineering and Director of the Value Creation Initiative, was quoted in a Forbes article about the importance of training engineering students to think entrepreneurially. The article focused on the Kern Entrepreneurial Engineering Network (KEEN), of which WPI is a member.
WPI student Alex Alvarez ’19, graduate student Jimmy Muller, and Professor Chris Brown appear on Boston 25 News touting the benefits of an athletic shoe designed to reduce knee and ankle injuries.
WPI senior Kyle Mudge ’19 appears on WBUR radio discussing a working prototype of a sports shoe designed to reduce knee and ankle injuries.
Mechanical engineering professor Chris Brown and WPI senior Kyle Mudge ’19 appear on the Charter TV3 segment segment about the WPI student team developing a working prototype of a sports shoe designed to reduce knee and ankle injuries.
WBZ-TV aired a segment about the WPI student team developing a working prototype of a sports shoe designed to reduce knee and ankle injuries.
Glenn Gaudette, professor of biomedical engineering, was interviewed by New Food Economy for this article, a look at efforts to develop alternative food sources in the future.
WBUR reported on research by Marsha Rolle, associate professor of biomedical engineering, spoke to WBUR about her work to develop self-assembling human blood vessels that exhibit the symptoms of common cardiovascular conditions. The engineered blood vessels may give scientists a better way to test the effectiveness of new medications.
WTOP radio in Washington, D.C., aired a segment featuring Erkan Tüzel, associate professor of physics, biomedical engineering, and computer science, discussing a sperm-sorting device that could improve IVF success. The segment also appears on the National Academy of Engineering web site.
WBZ-TV profiled research in which a team of researchers from WPI and Stanford University developed a sperm sorting device that could improve IVF Success. The device uses an “obstacle course” to sort and select faster and healthier sperm cells.
WPI’s now-famous spinach leaf was named seventh in National Geographic’s “Our 21 Most Popular Stories of 2017.” The annual roundup noted that, “In a feat of science that captivated the attention of a million readers, a spinach leaf’s genetic material was replaced with that of a human heart, with far-reaching implications for future heart surgeries.”
The Boston Globe profiled research by biomedical engineering professor Songbai Ji in this article. Ji is developing animated brain maps that show how brain tissue deforms and stretches after impact, which could prove valuable in understanding concussions. “Ji hopes someday to show players and coaches what each hit has probably done to the brain - the minute it happens.
Bill Marcus interviewed Professor Songbai Ji, biomedical engineering, about his research using advanced neuroimaging to develop highly specific computer models of the head and brain to better diagnose concussions in real time. Ji’s work is funded by two grants from the National Institutes of Health.
The Boston Globe’s ‘STAT’ section published an article today on WPI research aimed at helping the heart recover after parts of it die from lack of oxygen. “I want to fix people with heart attacks,” George Pins, PhD, associate professor of biomedical engineering, told STAT. “I think it’s an important global health care problem and there’s significant unmet need.”
WGBH featured the WPI-related segment interviewing Glenn Gaudette, professor of biomedical engineering, and grad student Joshua Gershlak, on growing heart tissue on spinach.
National Geographic features a WPI research team that has learned how to grow heart cells on spinach leaves. The stripped down spinach becomes a vascular network to deliver blood, oxygen and nutrients to grow human tissues like cardiac muscle to treat heart attack patients.
A WPI student research project which created a 3D printed prosthetic for a rare sea turtle lands to front page of The Boston Globe.
A study demonstrating changes in heart function that occur directly in the region where researchers delivered stem cells was coauthored by Katrina Hansen, PhD candidate in Biomedical Engineering; Glenn Gaudette, professor, biomedical engineering; and other university colleagues.