News

Globally, every 30 seconds a diabetic has a limb amputated because of a non-healing wound. A molecule produced by a Thai liver parasite could be the solution to those non-healing wounds -- and scientists are now able to produce a version of the molecule on a large enough scale to make it available for laboratory tests and eventually clinical trials

Inflammation is the process by which the body responds to injury or infection but when this process becomes out of control it can cause disease. Researchers have shed light on a key aspect of the process. Their findings may help guide the development of new treatments of inflammatory diseases such as atherosclerosis, which can lead to heart attack or stroke, and type 2 diabetes.

The first analysis of how proteins are arranged in a cell was published today in Science, revealing that a large portion of human proteins can be found in more than one location in a given cell.

Using fruit flies, Johns Hopkins researchers say they have identified a specific and very small set of brain cells—dubbed dopamine wedge neurons—responsible for driving the insects' food preferences toward what they need, rather than what they like.

Novel proteins, created from scratch with no particular design in mind, can sometimes do the work of a natural protein. The discovery may widen the toolkit of synthetic biologists trying to build bespoke organisms.

Study explains why food looks even better when dieting

Do you feel like your brain is getting sluggish with age? A protein found in umbilical cord blood may help restore its youthful vigor.

DGIST's research team have been conducting research to reverse the aging process by shifting the existing academia's 'irreversibility of aging' paradigm that suggests aging cannot be reversed. To reverse the aging process, the research team searched for factors that could control aging and sought substances that could restore cell division capacity.

UNSW researchers have made a discovery that could lead to a revolutionary drug that actually reverses ageing, improves DNA repair and could even help NASA get its astronauts to Mars.

Researchers have identified a signaling molecule key to the formation of scar tissue surrounding implantable medical devices, a process called fibrosis. Blocking this molecule prevents scar tissue from forming and could help scientists extend the lifespan of many types of implantable medical devices.