New research from Michigan State University reveals that photorespiration — long considered a wasteful process — is essential for producing a crucial nutrient for preventing birth defects.

While unraveling the genetic makeup of a mint relative called ground oak, MSU biochemists discovered it sported a truly massive genome — nearly as large as our own — as well as an extra-large gene cluster and four sets of chromosomes.

Michigan State University’s Department of Art, Art History and Design, or AAHD, is shining a spotlight on the creative work of its academic staff, offering the public a look into the lives and practices of the artists who help shape MSU’s arts community.

With the start of both collegiate and professional sports, injuries are inevitable — and when they do happen, getting fast, reliable results can make all the difference. Researchers at Michigan State University found that wireless ultrasound devices, which are smaller and more portable compared to standard machines, can provide athletic trainers and other medical professionals with similar information.

What constitutes a life well-lived? A new Michigan State University-led study is turning to a common cultural artifact to find out: the obituary. This research introduces a new framework for the psychological study of legacy by shifting focus from how individuals wish to be remembered to how they are actually remembered by others.

Cancer fighters know that losing their hair is often part of the battle, but Michigan State University researchers have developed a shampoo-like gel that has been studied in animal models and could protect hair from falling out during chemotherapy treatment.

In 1965, a group of Michigan State University researchers accidentally discovered a new cancer-fighting drug: cisplatin. Since then, cisplatin has become the industry standard for cancer-fighting chemotherapy treatments. MSU will receive a 2025 Golden Goose Award for the scientific success and global impact of cisplatin.

The Michigan State University (MSU) Nondestructive Evaluation Lab, led by Yiming Deng, is revolutionizing metal 3D printing by combining low-cost powders with real-time AI-driven monitoring, making advanced manufacturing more affordable, sustainable, and Industry 4.0-ready.