Students vie to enroll in new dual-degree programs linking traditional India with state-of-the-art Cornell

Starting this summer, Cornell and Tamil Nadu Agricultural University will offer dual-degree programs in food science and plant breeding with up to 15 Indian students accepted for each program. (Feb. 5, 2009)

Researchers 'unzip' molecules to measure interactions keeping DNA packed in cells

By 'unzipping' single DNA molecules, a Cornell research team has gained new insight into how genes are packed and expressed within cells. (Jan. 27, 2009)

Researchers uncover how protein receptors on cells switch on and off for growth and health

Researchers have provided a new insight into how receptors on cell surfaces turn off signals from the cell's environment. The findings have implications for better understanding cancer, AIDS and other illnesses. (Jan. 16, 2009)

Andrew Clark named the first Meinig Family Investigator in the Life Sciences

The professor of population genetics has been named the first Nancy and Peter Meinig Family Investigator in the Life Sciences. The award supports 'outstanding, innovative faculty life sciences research at Cornell.'

Mosquitoes create harmonic love song before mating, a Cornell study finds

Cornell researchers report in Science that the mosquitoes that carry dengue and yellow fevers create harmonic love songs before mating. Disrupting the duets could lead to control measures. (Jan. 8, 2009)

Decline of carbon dioxide-gobbling plankton coincided with ancient global cooling

A new study suggests that after a sudden rise in species numbers, oceanic plankton called diatoms abruptly declined about 33 million years ago -- trends that coincided with severe global cooling. (Jan. 7, 2009)

Hind wings help butterflies make swift turns to evade predators, study finds

Cornell research suggests that butterflies' hind wings help them evade predators, and their bright colors warn birds that chasing them isn't worth the energy. (Jan. 6, 2009)

Using light to move and trap DNA molecules

Cornell researchers have used a beam of light to trap and move particles as small as 75 nanometers in diameter, including DNA molecules, a new approach to the 'lab on a chip.' (Dec. 31, 2008)

Groundbreaking, inexpensive, pocket-sized ultrasound device can help treat cancer, relieve arthritis

Biomedical engineering Ph.D. student George K. Lewis is making therapeutic ultrasound devices that are smaller, more powerful and many times less expensive than today's models. (Dec. 18, 2008)