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Both genetic and environmental factors influence growth and development of any living organism. Plant development is very plastic and is constantly modulated by environmental fluctuations. Being photoautotrophic plants are particularly sensitive to their light environment. Light affects every major transition of the life cycle of a plant. To optimize growth according to ambient light conditions plants evolved several classes of photoreceptors including the UV-A/blue light sensing cryptochromes and phototropins and the phytochromes maximally absorbing red/far-red light. Genetic and photobiological studies suggest that the coordinated action of all these light receptors allows plants to fine-tune their development. We use molecular genetics in the model plant Arabidopsis thaliana to decipher the signaling events occurring upon photon capture.
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Felix Preisser,Raisa S. Abrams-Pompe, Piter Jan Stelwagen,Dirk Boehmer,Fabio Zattoni,Alessandro Magli,Juan Gomez Rivas,Roser Vives Dilme,Matteo Sepulcri,Aritz Eguibar,Isabel Heidegger, Christoph Arnold,
EUROPEAN UROLOGYno. 2 (2024): 164-170
Fabien Sénéchal,Sarah Robinson, Evert Van Schaik, Martine Trévisan,Prashant Saxena,Didier Reinhardt,Christian Fankhauser
Plant directno. 4 (2024): e584-e584
LIFE SCIENCE ALLIANCEno. 2 (2024)
Churchill J.,Sachdeva A., Jones C., Issa A.,Fankhauser C.,Hudson A., Tran A.,Oliveira P., Johnson H.,Lau M., Parnham A.,Sangar V.
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Urologia internationalispp.1-6, (2023)
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