Even with a pediatric wheelchair, learning how to get around on wheels can be challenging for a child, especially one with cerebral palsy, spina bifida or a limb deficiency. That’s when Tulane engineering students came in to help.
Four School of Science and Engineering students won the grand prize at the eighth annual Tulane Novel Tech Challenge for their design of a home-use test to detect endometriosis. Named Team Fleur FemTech, the group developed a tool that utilizes lateral flow technology and antibody detection techniques to determine if a person has elevated levels of antibodies associated with endometriosis.https://tulane.it/endometriosis-detection
Trivia Frazier (SSE ’08, M ’12, B ’18), president and CEO of Obatala Sciences, is passionate about her company’s work and is thrilled to be blazing a path for others interested in bioengineering research.
Michael J. Moore, a professor of biomedical engineering at the School of Science and Engineering, is part of a national study that aims to provide solutions to the national opioid overdose crisis by creating a living bioengineered nerve circuit that mimics the pain transmission pathway in the spinal cord. The circuit of living cells is designed to help scientists test the effectiveness of non-addictive alternatives to opioid painkillers.https://tulane.it/alternative-to-opioids
A group of Tulanians competed in the APT/PBS reality show “Make 48,” a MakerSpace-inspired show in which student teams have 48 hours to plan, prototype and pitch a new commercial product idea to a panel of judges. The team, called The Big Easy, consisted of Kyra Rubinstein, a junior majoring in biomedical engineering, Matthew Nice, a biomedical engineering graduate, Luke Artzt, an engineering physics graduate, and Jesse Williams, a School of Architecture graduate.https://tulane.it/make-48-team
The MakerSpace at Tulane University, which offers students and professors access to digital fabrication tools like 3D printers, laser cutters, milling machines and lathes as well as traditional hand and power tools, will be named the Scot Ackerman MakerSpace, thanks to a generous gift from Dr. Scot Ackerman (E ’78), a radiation oncologist and medical director of the Ackerman Cancer Center in Jacksonville, Florida.
J. Quincy Brown, associate professor of biomedical engineering, has been awarded a $1.6 million four-year grant from the National Cancer Institute of the National Institutes of Health to develop a tool that could lower tumor recurrence in cancer patients, especially those with prostate cancer.
When Elaine Horn-Ranney (SSE ’08, ’13) and Parastoo Khoshakhlagh (SSE ’13, ’15) were pursuing their doctorates in biomedical engineering, they came up with an idea for a gel-based patch — Perf-Fix — to help physicians repair damaged eardrums without surgery. They were determined to take the technology as far as they could go.