Such predictions could help surgeons make critical, time-sensitive decisions, such as when to close a wound.

Recent discovery highlights both competition and cooperation between algae and bacteria for iron and vitamins that may have consequences for life in a warming ocean.

Joint BioEnergy Institute study identifies bacterial protein that is key to protecting rice against bacterial blight.

Lab works on developing novel, ultrasound-based techniques for both imaging and therapeutic applications.

A novel insecticide targets a specific gene in a pest, killing only that bug species on crops and avoiding collateral damage to beneficial insects caused by today’s pesticides.

Meet Deep Genomics, a privately-held company that seeks to harness the power of deep learning to transform medicine.

Oftentimes we don't prioritize animal health until it impacts on human health, which means we miss the opportunity to manage diseases at the source

W. E. Moerner, to deliver Wallace H. Coulter Lecture at Pittcon 2016

New research, led by University of Southampton biological scientist Dr Hannah Siddle, is aiming to develop an effective vaccine against an infectious cancer that is eradicating the Tasmanian devil, the world’s largest remaining marsupial carnivore.

Beckman Coulter Life Sciences announced July 20 an expansion of its CARES (Cellular Accessible Retroviral Evaluation Systems) Initiative at the 2015 International AIDS Society (IAS) Conference, being held at the Vancouver Convention Centre from July 19-22, 2015 in Vancouver, Canada. CARES focuses on providing innovative solutions for the monitoring of HIV and AIDS treatment in Africa.

The older we get, the less likely we are to hear well, as our inner ear sensory hair cells succumb to age or injury. Intriguingly, humans are one-upped by fish here. Similar hair cells in a fish sensory system that dots their bodies and forms the lateral line, by which they discern water movement, are readily regenerated if damage or death occurs.

Lung cancers attract circulating immune cells to the tumor mass, where the cancer reprograms them to support its growth and progression, researchers from Weill Cornell Medical College have found.