Cornell researchers have uncovered details of how the deadly Middle East respiratory syndrome coronavirus enters host cells, findings that offer possible new avenues for treatment.
To help introduce new members of the university's faculty to the Cornell community, the Cornell Chronicle is publishing brief new-faculty profiles for the 2014-15 academic year.
The Cornell Heart, Lung and Blood Resource for Optogenetic Mice (CHROMus) uses light to control and observe cells and study diseases of the heart, lungs, vasculature and blood.
A new study reveals the intricacies of how bacteria adhere to surfaces and form biofilms, a discovery that could lead to treatments for some 80 percent of chronic infections.
From judging milkshake contests to tending goats; from nurturing animal births to assembling yogurt parfaits, Cornell makes a Big Red imprint on the Great New York State Fair.
A pair of unique surgical procedures performed on animals promises to revolutionize the ways surgeons repair cartilage and meniscus tears in human knees and other joints.
