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USC neuroscientist Emily Liman founds that calcium acts as a bridge for taste cells to send signals to the brain about what's been tasted. The study reveals new details on how the sense of taste works and could lead to the development of better artificial sweeteners or additives.

SourceUniversity of Southern California·JournalProceedings of the National Academy of Sciences·DateDec 9, 2003

U. Iowa study adds to understanding of salt-taste

Researchers at U. Iowa identified two ion channel genes that detect low salt concentrations in fruit flies, a model organism for studying human salt-sensing mechanisms. Disrupting these genes impaired the ability of young flies to detect low salt, highlighting their role in the detection of salt.

SourceUniversity of Iowa·JournalNeuron·DateJul 2, 2003

2 is orange but 'two' is blue

A study at Vanderbilt University found that an adult male with synesthesia consistently matched colors to words and numbers, even when the letters or numbers were presented separately. The researchers also found that his synesthetic colors acted like real colors in certain tests.

SourceVanderbilt University·JournalProceedings of the National Academy of Sciences·DateMar 18, 2002

Making bottled green tea taste fresh-brewed

Researchers identify epigallocatechin and epigallocatechin-gallate as key compounds responsible for flavor changes in commercial processing, and suggest adding vitamin C to preserve their stability. This discovery could lead to improved bottled or canned green-tea taste and enhanced health benefits.

Researchers stalk 'sweet tooth' gene

Researchers at the Monell Chemical Senses Center have narrowed the search for a gene responsible for sweet preference in mice to a specific area of chromosome 4. This region is thought to be a likely candidate for a 'sweet taste gene' that affects both mouse and human perception of sweetness.

New Packaging Sweetens Grapefruit Juice

Researchers at Cornell University have developed a special type of packaging that reduces the bitterness in grapefruit juice. The new packaging system uses an enzyme called naringinase to neutralize the bitter compounds found in fresh citrus fruit, resulting in a sweeter taste.