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.
A genetics investigation into the symbiosis between soil fungi and plants for bioenergy production could lead to more efficient uptake of nutrients, which would help limit the need for fertilizers.
With $5.6 million the Gates Foundation, the Cornell Alliance for Science will help inform decision-makers and consumers effectively communicate how agricultural technology works and its potential impacts.
