A collaboration led by Lawrence Bonassar developed a two-step technique to repair herniated discs so they maintain mechanical function and won’t collapse or deteriorate.
A Cornell research team led by Ben Cosgrove used a new cellular profiling technology to probe and catalog in a “muscle regeneration atlas,” the activity of almost every possible kind of stem cell involved in muscle repair.
A Cornell collaboration led by physicist Brad Ramshaw used a combination of ultrasound and machine learning to narrow the possible explanations for what happens to uranium ruthenium silicide when it transitions into a “hidden order.”
Students in fields ranging from computer science and engineering to business, agriculture and animal science convened at the second Digital Agriculture Hackathon, Feb. 28-March 1, with a shared purpose: to combine their disparate skills to brainstorm ways to make the world a better place.
In recent years, researchers in the lab of Hening Lin discovered enzymes that remove chemical modifications – “codes” used for cell signaling – from proteins.
Recyclable plastic containers with the No. 2 designation could become even more popular for manufacturers as plastic milk jugs, dish soap and shampoo bottles may soon get an environmental makeover.
Alfred Ozimati, Ph.D. ’18, is breeding the latest in disease-resistant cassava that meets the needs of subsistence farmers, thanks to the NextGen Cassava project run by Cornell.
Ursa Space Systems, a geospatial intelligence agency located in Ithaca and founded by alumni Adam Maher and Derek Edinger, and Julie Baker, recently obtained $15 million in Series B funding.
Cornell faculty members are finding answers to questions related to a world on the move with a boost from Cornell’s first Migrations grants, awarded by the “Migrations” Global Grand Challenge.
