CORDIS Project
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This project investigates how plants transition to flowering by studying the molecular interactions of specific proteins in Arabidopsis. It focuses on the roles of FT, FD, and TFL1 in regulating flower development and maintaining vegetative growth under varying environmental conditions.
The floral transition has been an excellent system to study the molecular basis of primordia fate determination in response to environmental conditions in plants.
In Arabidopsis, long days result in the transcription of the potent floral stimulator FT in the leaves.
Transport of FT protein to the SAM enables an interaction between FT and FD to occur.
This interaction leads to the expression of floral homeotic genes, and the subsequent programming of primordia as flowers.
On the other hand, it is…
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