In an example of cross-campus collaboration, a group led by Minglin Ma has developed a unique implant for controlling type 1 diabetes, which affects more than 1 million Americans.
Mathematician Steve Strogatz posits an answer to an understood but unexplained medical phenomena: The incubation periods of many diseases follow a similar "lognormal" pattern.
Using multi-photon microscopy developed at Cornell, a group led by Nozomi Nishimura has shown the ability to produce detailed, 3-D images of atherosclerotic plaque.
President Martha E. Pollack has committed the university to a new multi-institution initiative to make public data pertaining to career outcomes for life sciences doctoral students and postdoctoral researchers.
A research group led by physics professor Michelle Wang has determined the mechanism by which a key bacterial transcription factor operates in resolving conflicts with other processes.
A symposium sponsored through the new Academic Integration Initiative aimed to link together collaborative research and discovery across Weill Cornell Medicine, Cornell Tech and Cornell’s main campus in Ithaca.
A group led by physics professor Lena Kourkoutis has mapped the picometer-scale lattice displacements of individual manganite atoms, which give rise to metal-insulator transitions and other phenomena.
Cornell engineers and nutritionists have created a swift solution for a challenging global health problem: a low-cost, rapid test to detect iron and vitamin A deficiencies at the point of care.
