Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
2044430 | Current Biology | 2008 | 8 Pages |
Abstract
SummaryCalcium (Ca2+) signals are generated across a broad time range. Kinetic considerations impact how information is processed to encode and decode Ca2+ signals, the choreography of responses that ensure specific and efficient signaling and the overall temporal amplification such that ephemeral Ca2+ signals have lasting physiological value. The reciprocal importance of timing for Ca2+ signaling, and Ca2+ signaling for timing is exemplified by the altered kinetic profiles of Ca2+ signals in certain diseases and the likely role of basal Ca2+ fluctuations in the perception of time itself.
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Authors
Michael J. Boulware, Jonathan S. Marchant,