Farre Lab: Difference between revisions
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*[[Farre_Lab:Eva_Farre|Eva Farre]] | *[[Farre_Lab:Eva_Farre|Eva Farre]] | ||
*[[Farre_Lab:Linsey Newton|Linsey Newton]] | *[[Farre_Lab:Linsey Newton|Linsey Newton]] | ||
*[[Farre_Lab:Tiffany Liu|Tiffany Liu]] | *[[Farre_Lab:Tiffany Liu|Tiffany Liu]] | ||
*[[Farre_Lab:Andrew Lapinsky|Andrew Lapinsky]] | *[[Farre_Lab:Andrew Lapinsky|Andrew Lapinsky]] | ||
*[[USer:Eric R Poliner|Eric Poliner]] | *[[USer:Eric R Poliner|Eric Poliner]] | ||
*[[USer: | *[[USer:Tyler Messenger|Tyler Messenger]] | ||
*[[Farre_Lab:Open_positions|Open Positions: | *[[Farre_Lab:Open_positions|Open Positions: |
Revision as of 12:13, 25 April 2014
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ResearchOur goal is to understand how circadian clocks work and why they play such a key role in growth and development. We study the regulation and role of circadian rhythms in plants, which as sessile and autotrophic organisms rely heavily on daily and seasonal changes for their development and growth. Recent findings show that the appropriate resonance of internal rhythms with daily environmental rhythms optimizes plant growth and survival. During the last few years, a large number of clock components have been identified in plants. However, knowledge of the molecular mechanisms involved in plant circadian clocks lags behind studies in other organisms such as Drosophila and Cyanobacteria. Although circadian clocks share a basic architecture among different taxa, they differ in their molecular components. Thus the study of circadian rhythms in plants will help define not only their role on plant specific processes but also the design principles of circadian oscillators. |
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