Recently a new member of the blue-light photoreceptorfamily, CRY-DASH, was reported in Arabidopsis, though itsdistinctive biological functions are still unclear. We characterizedthe CRY-DASH gene of tomato and evidenced that itsmRNA is expressed in both seeds and adult organs showing diurnaland circadian fluctuations. Moreover, the CRY-DASH transcriptionpattern is altered in both in a cry1a mutant and in atransgenic CRY2 overexpressor suggesting that CRY-DASHregulation must be mediated at least partially by an interactionof CRY1a and CRY2 with the timekeeping mechanism.
CRY-DASH gene expression is under the control of the circadian clock machinery in tomato
CHIAPPETTA, Adriana Ada Ceverista;BITONTI MB;
2006-01-01
Abstract
Recently a new member of the blue-light photoreceptorfamily, CRY-DASH, was reported in Arabidopsis, though itsdistinctive biological functions are still unclear. We characterizedthe CRY-DASH gene of tomato and evidenced that itsmRNA is expressed in both seeds and adult organs showing diurnaland circadian fluctuations. Moreover, the CRY-DASH transcriptionpattern is altered in both in a cry1a mutant and in atransgenic CRY2 overexpressor suggesting that CRY-DASHregulation must be mediated at least partially by an interactionof CRY1a and CRY2 with the timekeeping mechanism.File in questo prodotto:
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