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Food for Thought: Sour Genes, Yes—Salty Genes, No
07-21-2007 · Science News OnlineA study in twins finds that genes may be responsible for a high or low threshold to the detection of sour tastes, but not of salty ones.
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Keywords: food, thought, sour, genes, yes, salty, gene
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- Food for Thought: A Salty Controversy over Sodium-and-Health Papers
10-21-2006 · Science News Online
A public-interest group has raised a ruckus over salt-industry payments to the authors of a nutrition journal's package of articles on salt's influence on health.
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- Dietary preferences and patterns may be linked to genes
06-07-2007 · EurekAlert!
Research indicates that the APOA2 gene is associated with food preferences and dietary patterns. About 15 percent of study participants had the genotype CC, which was linked to higher fat intake and almost two times the risk of obesity, as compared to people with more common genotypes of APOA2.
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- First familial pancreatic cancer gene identified
12-11-2006 · EurekAlert!
At least 10 percent of pancreatic cancers are thought to be familial, i.e., caused by inherited genetic mutations. The responsible genes have so far remained elusive, but one of the research teams that had been on a pancreatic cancer gene hunt for years now reports success: Teri Brentnall (University of Washington), David Whitcomb (University of Pittsburgh), and colleagues publish the identification of the palladin gene as the one mutated in a large family they had been studying for a while.
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- Fruit fly gene from 'out of nowhere' is discovered
07-23-2007 · EurekAlert!
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- Snake venoms share similar ingredients
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- Sour taste make you pucker? It may be in your genes
07-11-2007 · EurekAlert!
Scientists at the Monell Chemical Senses Center report that genes play a large role in determining individual differences in sour taste perception. The findings may help researchers identify the still-elusive taste receptor that detects sourness in foods and beverages, just as recent gene studies helped uncover receptors for sweet and bitter taste.
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- MIT Team finds new mechanism of gene control
07-12-2007 · Massachusetts Institute of Technology (MIT)
Biologists have long thought that a simple on/off switch controls most genes in human cells. Flip the switch and a cell starts or stops producing a particular protein. But new evidence suggests that our genes are more ready for action than previously thought.
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11-13-2007 · EurekAlert!
Chronic pancreatitis, an inflammatory condition of the pancreas, is usually associated with parenchymal calcification and multiple stones in the pancreatic duct. Lithostathine, a major proteic component of pancreatic stones, is thought to play an important role in stone formation. A research group from India has investigated if mutations in the gene encoding lithostathine (reg1) are responsible for stone formation, using tropical calcific pancreatitis as their model of chronic pancreatitis.
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03-02-2007 · EurekAlert!
As the national push for alternative energy sources heats up, researchers at the University of Rochester have for the first time identified how genes responsible for biomass breakdown are turned on in a microorganism that produces valuable ethanol from materials like grass and cornstalks.Waste products such as grass clippings and wood chips -- once thought too difficult to turn into ethanol -- may soon be fodder for hungry, gene-tweaked bacteria.
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Scientists have reported development of a large dataset of gene sequences in rice. The information will lead to an increased understanding of how genes work in rice, an essential food for much of the world's population.
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