Robert Butera and Lena Ting were there at the beginning, when neuroengineering started becoming a serious thing at the Georgia Institute of Technology.
A group of Georgia Tech researchers has demonstrated for the first time that improving how efficiently they re-route blood in patients born with complex heart abnormalities also improves how well those patients can exercise.
A group of Georgia Tech researchers has discovered a new type of molecular interaction that could have important implications in preventing the spread of tumors and cancerous cells.
With two parents in the medical field and an older brother who attended Georgia Tech, Allison Kramer’s path toward becoming a biomedical engineer was forged early on.
It’s Tuesday afternoon and the fourth floor of the U.A.
It’s taken a healthy dose of enlightened self-interest for Giuliana Salazar-Noratto to succeed as a mentor in the Petit Undergraduate Research Scholar program. She’s helping to guide a next generation scientist while becoming a better scientist in the process.
According to his 160-character bio on Twitter, undergraduate researcher Mohamad Ali Najia dreams of one day becoming the director of the National Institutes of Health.
More than 500 Georgia Tech students turned out for the opportunity to meet with executives from industry-leading companies at the 10th annual Biotechnology Career Fair.
Are you an aspiring entrepreneur at Georgia Tech? Do you want to learn how to launch a startup by doing instead of just talking? If so, then the 2015 Georgia Tech Startup Competition could be your golden ticket.
Platelets, the tiny cell fragments whose job it is to stop bleeding, are very simple. They don’t have a cell nucleus. But they can “feel” the physical environment around them, researchers at Emory University and Georgia Tech have discovered.
Scientific research isn’t easy. It’s not supposed to be.
Two things you rarely see in the same sentence are “cheerleader” and “research scientist.” But right now, María Díaz Ortiz is equally comfortable being both of those things, balancing these two demanding roles at the Georgia Institute of Technology with the grace of a gymnast, which would only ma
A BME professor recently discovered how to use tiny glowing particles to detect malignant cancer cells. And he's turning his groundbreaking cancer-detection technology into a commercial venture.
A simple point-of-care testing device for anemia could provide more rapid diagnosis of the common blood disorder and allow inexpensive at-home self-monitoring of persons with chronic forms of the disease.
A new class of synthetic platelet-like particles could augment natural blood clotting for the emergency treatment of traumatic injuries – and potentially offer doctors a new option for curbing surgical bleeding and addressing certain blood clotting disorders without the need for transfusions of n
At just 11 years old, Jessilyn Dunn was determined to learn more about the heart. After being by her grandmother’s side for her second heart valve replacement surgery, Dunn became frustrated at the lack of a permanent fix for her grandmother’s condition.
The Wallace H. Coulter Department of Biomedical Engineering has announced plans for an exciting new student program headquartered on the fourth floor of the Whitaker building. Known as the BME Learning Commons, the program has three central features.
Johnna Temenoff was recently named principal investigator (PI), for the Georgia Tech Training Program for Rationally Designed, Integrative Biomaterials (GTBioMAT), and her predecessor, Ravi Bellamkonda, offers a very good reason why.
For 15 years the Petit Undergraduate Research Scholars program has been like a gift that keeps on giving for talented young researchers, creating valuable opportunities for the next generation of leaders in bioengineering and bioscience. Take Mohamad Ali Najia, for example.
A faculty member with the Wallace H. Coulter Department of Biomedical Engineering (BME) is joining one of the world’s most elite societies for biomedical engineers.