What Kind of Liquor Hits You the Hardest? Some people swear that gin will make them drunk faster than vodka, or shots of tequila get them trashed faster than anything else -- even though most well drinks have roughly the same alcohol content.
New research shows slight of hand is not so slight Typing on a keyboard or scribbling on paper may be similar activities, but there is a significant difference in how the body moves, according to new motor development research.
Study finds mice can sense oxygen through skin Biologists at the University of California, San Diego have discovered that the skin of mice can sense low levels of oxygen and regulate the production of erythropoietin, or EPO, the hormone that stimulates our bodies to produce red blood cells and allows us to adapt to high-altitude, low-oxygen environments.
Bloodless worm sheds light on human blood, iron deficiency Using a lowly bloodless worm, University of Maryland researchers have discovered an important clue to how iron carried in human blood is absorbed and transported into the body. The finding could lead to developing new ways to reduce iron deficiency, the world’s number one nutritional disorder.
Testosterone levels predict city traders' profitability When City traders have high morning testosterone levels they make more than average profits for the rest of that day, researchers at the University of Cambridge have discovered.
Blood vessels: The pied piper for growing nerve cells Researchers at Johns Hopkins have discovered that blood vessels in the head can guide growing facial nerve cells with blood pressure controlling proteins. The findings, which suggest that blood vessels throughout the body might have the same power of persuasion over many nerves, are published this week in Nature.
Radio sweat gland — 90 GHz Sweat ducts in human skin act like an array of tiny antennas that pick up radiation at specific frequencies, according to researchers. The finding might one day be used in medical and security technologies to assess a person's mental state from a distance.
How fast can a rat smell? Using an ethologically relevant task—exploratory sniffing—Daniel Wesson and colleagues from Boston University discovered that rats are able to discriminate odors much more quickly than previously thought
New research provides insight into menopause Insight into why females of some species undergo menopause while others do not has proven elusive despite an understanding of the biological mechanisms behind the change.
Lung transplants not dangerous for children with cystic fibrosis, after all Responding to a study published in the New England Journal of Medicine, which concluded that lung transplants were harmful for children with cystic fibrosis, articles published in the latest issue of Pediatric Transplantation refute the conclusions and argue that the highly influential research was severely flawed.
Physiology Source: EurekAlert
Posted on:
Monday, Mar 31, 2008, 11:56am Rating: | Views: 1265 | Comments: 0
Living upside-down shapes spiders for energy saving An interdisciplinary team of researchers from Spain and Croatia led an investigation into the peculiar lifestyle of numerous spider species, which live, feed, breed and ‘walk’ in an upside-down hanging position. According to their results, such ‘unconventional’ enterprise drives a shape in spiders that confers high energy efficiency
Physiology Source: EurekAlert
Posted on:
Wednesday, Mar 26, 2008, 9:12am Rating: | Views: 1305 | Comments: 0
How humans make up for an 'inborn' vitamin C deficiency A new study appears to explain how humans, along with other higher primates, guinea pigs and fruit bats, get by with what some have called an “inborn metabolic error”: an inability to produce vitamin C from glucose.
Physiology Source: EurekAlert
Posted on:
Thursday, Mar 20, 2008, 11:38am Rating: | Views: 1586 | Comments: 0
Physiology Source: EurekAlert
Posted on:
Friday, Mar 14, 2008, 8:08am Rating: | Views: 1239 | Comments: 0
How alligators rock and roll Without a ripple in the water, alligators dive, surface or roll sideways, even though they lack flippers or fins. University of Utah biologists discovered gators maneuver silently by using their diaphragm, pelvic, abdominal and rib muscles to shift their lungs like internal floatation devices: toward the tail when they dive, toward the head when they surface and sideways when they roll.
Physiology Source: EurekAlert
Posted on:
Thursday, Mar 13, 2008, 11:46am Rating: | Views: 1883 | Comments: 0
Physiology Source: ABC News
Posted on:
Friday, Mar 07, 2008, 8:13am Rating: | Views: 2013 | Comments: 0
More than meets the ear in successful cocktail party conversations Just picture the scene: you’re at a cocktail party, talking to someone you would like to get to know better but the background noise is making it hard to concentrate. Luckily, humans are very gifted at listening to someone speaking while many other people are talking loudly at the same time.
Physiology Source: EurekAlert
Posted on:
Wednesday, Mar 05, 2008, 9:58am Rating: | Views: 1271 | Comments: 0
Irritating smells alert special cells If you cook, you know. Chop an onion and you risk crying over your cutting board as a burning sensation overwhelms your eyes and nose. Scientists do not know why certain chemical odors, like onion, ammonia and paint thinner, are so highly irritating, but new research in mice has uncovered an unexpected role for specific nasal cavity cells.
Physiology Source: EurekAlert
Posted on:
Tuesday, Mar 04, 2008, 8:10am Rating: | Views: 1345 | Comments: 0
Physiology Source: New Scientist
Posted on:
Sunday, Feb 24, 2008, 10:34am Rating: | Views: 1460 | Comments: 0
Shocking Evolution Into Action The heat shock protein HSP90 can mask genetic changes in a species until the organism is stressed. In the mustard plant Arabidopsis thaliana, these potential changes may affect most inherited traits, including those that will affect survival, fitness and reproduction. Only when the organism is stressed are these traits exhibited.
Physiology Source: Newswise
Posted on:
Saturday, Feb 23, 2008, 10:28am Rating: | Views: 1266 | Comments: 0