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Research
Our group uses molecular genetics in plants and algae to answer questions of physiology, metabolism and development. Broadly this is within two themes: angiosperm circadian-clock function and environmental responses in an extremophilic microalga.
Using Arabidopsis and barley, we have worked to unravel the mechanistic interconnections of environmental sensing under diurnal conditions with immediate use in crop improvement. Here our interests are focussed on circadian-clock mechanism, daily inputs to the clock and the quantitative analysis of clock outputs. In this there is use of systems modelling, metabolite profiling, cell biology, quantitative genetics and molecular genetics. All of this is to provide a closed-loop mechanism of the clock. In connecting quantitative discoveries to crop improvement we have contributed to describing the genetics of the barley oscillator and collaborated to show how allelic variation in clock genes are associated to developmental and metabolic traits associated to yield, particularly in clock variants grown in unfavourable conditions.
Our group uses molecular genetics in plants and algae to answer questions of physiology, metabolism and development. Broadly this is within two themes: angiosperm circadian-clock function and environmental responses in an extremophilic microalga.
Using Arabidopsis and barley, we have worked to unravel the mechanistic interconnections of environmental sensing under diurnal conditions with immediate use in crop improvement. Here our interests are focussed on circadian-clock mechanism, daily inputs to the clock and the quantitative analysis of clock outputs. In this there is use of systems modelling, metabolite profiling, cell biology, quantitative genetics and molecular genetics. All of this is to provide a closed-loop mechanism of the clock. In connecting quantitative discoveries to crop improvement we have contributed to describing the genetics of the barley oscillator and collaborated to show how allelic variation in clock genes are associated to developmental and metabolic traits associated to yield, particularly in clock variants grown in unfavourable conditions.
研究兴趣
论文共 295 篇作者统计合作学者相似作者
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Sangeeta Chawla, John O'Neill,Marina I Knight,Yuqing He,Lei Wang,Erik Maronde, Sergio Gil Rodríguez,Gerben van Ooijen,Eduardo Garbarino-Pico,Eva Wolf,Ouria Dkhissi-Benyahya, Anjoom Nikhat,
Plant physiology (2024)
SCIENCE BULLETINno. 1 (2024): 59-71
Li Yuan,Paula Avello,Zihao Zhu, Sarah C L Lock,Kayla McCarthy, Ethan J Redmond,Amanda M Davis, Yang Song,Daphne Ezer,Jonathan W Pitchford,Marcel Quint,Qiguang Xie,
Geneticsno. 3 (2024)
biorxiv(2023)
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Li Yuan,Paula Avello,Zihao Zhu, Sarah C. L. Lock,Kayla McCarthy, Ethan J. Redmond,Amanda M. Davis, Yang Song,Daphne Ezer,Jonathan W. Pitchford,Marcel Quint,Qiguang Xie,
GENETICSno. 3 (2023)
biorxiv(2023)
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C. Manfredi, A. J. Amoruso,C. Ciniglia,M. Iovinella, M. Palmieri, C. Lubritto,A. El Hassanin,S. J. Davis,M. Trifuoggi
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