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Jin Junyang
Jin Junyang
University of Cambridge
Circadian clock
Computer science
Arabidopsis
Control theory
Linear model
4
Papers
19
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Dynamical differential expression (DyDE) reveals the period control mechanisms of the Arabidopsis circadian oscillator.
2019
PLOS Computational Biology
Laurent Mombaerts
Alberto Carignano
Fiona R. Robertson
Timothy J. Hearn
Jin Junyang
David P. Hayden
Zoe Rutterford
Carlos T. Hotta
Katherine E. Hubbard
Marti Ruiz C. Maria
Ye Yuan
Matthew A. Hannah
Jorge Goncalves
Alex A. R. Webb
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Models and Data for Mombaerts et al., "Dynamical Differential Expression (DyDE) Reveals the Period Control Mechanisms of the Arabidopsis Circadian Oscillator", PLOS Computational Biology, 2019.
2018
Laurent Mombaerts
Alberto Carignano
Fiona C. Robertson
Timothy J. Hearn
Jin Junyang
David P. Hayden
María Carmen Martí Ruiz
Zoe Rutterford
Carlos T. Hotta
Katharine Hubbard
Yuan Ye
Matthew A. Hannah
Jorge Goncalves
Alexander Arundel Webb
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Research Data Supporting "Nu gap identifies systems alterations in the Arabidopsis thaliana circadian clock"
2016
Alberto Carignano
Jin Junyang
Ye Yuan
Jorge Goncalves
A. Webb
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Assessing the effect of unknown widespread perturbations in complex systems using the ν-gap
2015
CDC | Conference on Decision and Control
Alberto Carignano
Jin Junyang
Alex A. R. Webb
Jorge Goncalves
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Citations (3)
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