The latest magic bullet in the world of fat loss may not be diet or exercise but an injectable ice solution called a “slurry.” The scientists who brought the world the popular but controversial fat ...

Body sculpting by nonsurgical fat removal may become an even more common cosmetic procedure than it already is, thanks to an experimental technique that homes in on subcutaneous fat with an icy ...

WEDNESDAY, Nov. 2, 2016 -- An ice slurry/water mix is a good way to manage body heat while people work or exercise in hot conditions, a new study finds. In experiments with volunteers, researchers ...

Temperature of water consumed may be as important as the amount when trying to manage thermoregulation, indicates new report. New research from the University of Montana demonstrates a unique ...

TOKYO -- As intense heat continues to hit Japan, with the city of Tamba in Hyogo Prefecture registering Japan's highest ever temperature of 41.2 degrees Celsius on July 30, slushy "ice slurry" ...

Tsukuba, Japan—Endurance exercise in hot conditions leads to a progressive increase in core temperature, thereby increasing the risk of hyperthermia. Hyperthermia triggers excessive respiration ...

Time is an essential factor in treating patients experiencing a cardiac arrest. Within 10 to 12 minutes of an arrest, lack of blood flow causes brain cells to begin dying rapidly. But research ...

Researchers are developing a new form 'Coolsculpting' technology that can selectively reduce fat almost anywhere in the body using a safe, injectable ice solution or 'slurry.' How cool is this: the ...

A bio-compatible ice slurry created by scientists in the Nuclear Engineering Division at the U.S. Department of Energy's Argonne National Laboratory can be injected directly into the body. The ice ...

Philadelphia, PA, October 19, 2016 - New research from the University of Montana demonstrates a unique relationship between fluid volume and fluid temperature during arduous work in the heat. The ...

Endurance exercise in hot conditions leads to a progressive increase in core temperature, thereby increasing the risk of hyperthermia. Hyperthermia triggers excessive respiration (hyperventilation) ...