Fruit Flies Current Events | Fruit Flies News | 3
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Key to longer life (in flies) lies in just 14 brain cells
Two years ago, Brown University researchers discovered something startling: Decrease the activity of the cancer-suppressing protein p53 and you can make fruit flies live significantly longer. view more (2007-09-21)
New fruit fly protein illuminates circadian response to light
Researchers at the University of Pennsylvania School of Medicine have identified a new protein required for the circadian response to light in fruit flies. view more (2006-06-30)
Psst! Coffee drinkers: Fruit flies have something to tell you about caffeine
In their hunt for genes and proteins that explain how animals discern bitter from sweet, a team of Johns Hopkins researchers began by testing whether mutant fruit flies prefer eating sugar over sugar laced with caffeine. view more (2006-09-19)
Alcohol Tolerance Switch Found in Fruit Flies
Researchers at North Carolina State University have found a genetic "switch" in fruit flies that plays an important role in making flies more tolerant to alcohol. view more (2009-10-22)
Protein protects against nerve degeneration
A protein called NMNAT protects against nerve cell degeneration in fruit flies and mice, said Baylor College of Medicine researchers in a report in the Public Library of Science Biology that appears online today. view more (2006-12-01)
Tracing the pathways of neurofibromatosis
Michael Stern's latest research into the formation of neurofibromatosis tumors reads something like a federal racketeering indictment, except that Stern's tracing proteins instead of laundered money, and he's looking not at offshore accounts but at biochemical paths of cause and effect. view more (2007-01-19)
Dementia induced and blocked in Parkinson's fly model
Parkinson's disease is well-known for impairing movement and causing tremors, but many patients also develop other serious problems, including sleep disturbances and significant losses in cognitive function known as dementia. view more (2009-08-03)
NYU Researchers id new class of photoreceptors,pointing to new ways sights-and smells-are regulated
The identification of a new class of photoreceptors in the retina of fruit flies sheds light on the regulation of the pigments of the eye that confer color vision, researchers at New York University's Center for Developmental Genetics report in a new study appearing in the Public Library of Science's journal, PloS Biology. view more (2008-04-22)
Caltech scientists discover mechanism for wind detection in fruit flies
Tiny, lightweight fruit flies need to know when it's windy out so they can steady themselves and avoid being knocked off their feet or blown off course. But how do they figure out that it's time to hunker down? view more (2009-03-13)
Scientists find color vision system independent of motion detection
The vision system used to process color is separate from that used to detect motion, according to a new study by researchers at New York University's Center for Developmental Genetics and in the Department of Genetics and Neurobiology at Germany's University of Würzburg. view more (2008-03-20)
Model for Angelman syndrome developed by University of Texas at Austin biologists
A model for studying the genetics of Angelman syndrome, a neurological disorder that causes mental retardation and other symptoms in one out of 15,000 births, has been developed by biologists at The University of Texas at Austin. view more (2008-08-15)
Fly with brain tumor may shed light on cancer causing genes
A study showing how the expression of genes changes when the brain tissue of fruit flies becomes cancerous is published this week in BMC Genomics. As the function of many of these genes is conserved across evolution, the researchers expect their results will help us to understand why human brain tumors develop. The causes of brain tumor... view more... (2004-04-14)
Survival of the rarest: Fruit flies shed light on the evolution of behavior
Sometimes, it pays to be rare—think of a one-of-a-kind diamond, a unique Picasso or the switch-hitter on a baseball team. view more (2007-05-10)
What's the difference between a human and a fruit fly?
Fruit flies are dramatically different from humans not in their number of genes, but in the number of protein interactions in their bodies, according to scientists who have developed a new way of estimating the total number of interactions between proteins in any organism. view more (2008-05-13)
Protein linked to growth of organs and cancer
Johns Hopkins scientists have identified a protein in fruit flies whose counterpart product in humans may help cause cancer. view more (2005-08-12)
Researchers identify taste receptor responsible for caffeine detection
By studying how taste-receptor mutations impact fruit fly behavior, researchers have identified a taste receptor responsible for the detection of caffeine, a bitter compound known to activate certain taste-receptor neurons, as well as impact various aspects of physiology. view more (2006-09-19)
Herbal extract found to increase lifespan
The herbal extract of a yellow-flowered mountain plant indigenous to the Arctic regions of Europe and Asia increased the lifespan of fruit fly populations, according to a University of California, Irvine study view more (2007-12-06)
UM Scientists Create Fruit Fly Model to Help Unravel Genetics of Human Diabetes
As rates of obesity, diabetes, and related disorders have reached epidemic proportions in the US in recent years, scientists are working from many angles to pinpoint the causes and contributing factors involved in this public health crisis. view more (2009-11-03)
Caltech researchers pinpoint neurons that control obesity in fruit flies
A team of scientists from the California Institute of Technology (Caltech) have pinpointed two groups of neurons in fruit fly brains that have the ability to sense and manipulate the fly's fat stores in much the same way as do neurons in the mammalian brain. view more (2009-08-19)
Study Finds Anthrax Toxins Also Harmful To Fruit Flies
Deadly and damaging toxins that allow anthrax to cause disease and death in mammals have similar toxic effects in fruit flies, according to a study conducted by biologists at the University of California, San Diego. view more (2006-01-31)
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