Titlebook: Rhythms in Plants; Dynamic Responses in Stefano Mancuso,Sergey Shabala Book 2015Latest edition Springer International Publishing Switzerlan

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Photoperiodism: The Calendar of Plantsd morphological features such as cyst formation, germination of zygospores and cell division in certain algae, succulence of stems and leaves, formation of storage organs, and flower induction. The functioning and molecular bases of circadian clocks of plants are mentioned and shown how they are ent

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Time to Network: The Molecular Blueprint of the Circadian Timing System in Plantsevolved an endogenous system to schedule their day in synchrony with their surroundings. Here, we review the blueprint of the core clockwork in plants and how the core clockwork orchestrates time-of-day-specific gene expression programmes.

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Noise-Induced Phenomena and Complex Rhythms: A Test Scenario for Plant Systems Biologys as part of theoretical physics, on the other, is promising great progress in basic understanding of nonlinear spatial pattern formation from huge amounts of data becoming available in systems biology. In this chapter, this will be assessed in terms of the “tripod” (1) experimentation, (2) modellin

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NOVA

Systems Biology Analysis of Changes in Potential Across Plasma Membrane: Physiological Implicationstheir conductance and activation kinetics. Slow changes occurring over minutes can be investigated by the current voltage (./.) technique. In some cases, data are sufficient to model electrical characteristics of each transporter population and their evolution with time. The proton pump at the plasm

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