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In plants, basic leucine zipper (bZIP) proteins regulate numerous biological processes such as seed maturation, flower and vascular development, stress signalling and pathogen defence.
Among the largest and most diverse transcription factor families in plants, basic leucine zipper (bZIP) family participate in regulating various processes, including floral induction and development, stress and hormone signaling, photomorphogenesis, seed maturation and germination, and pathogen defense.
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The plant basic body plan is laid down during embryogenesis.
When we selected plant basic parameters, we considered minimization of construction unit cost including R&D and of plant construction period as important issues.
The proposed application approach is based on three main steps: (i) the modeling of the plant basic control and behavioral specifications in the form of automata; (ii) the automatic synthesis of modular non-conflicting supervisors using a computer tool; and (iii) the implementation of the designed supervisory control.
Maize (Zea mays ssp. mays L). is an important model for plant basic and applied research.
Among them, the plant basic secretory protein (gi|147784683), translationally-controlled tumour protein (gi|225432248) and putative acidic endochitinase (gi|225454408) were up-regulated.
Several pathogenesis related proteins belonging to class PR-5 (thaumatins, osmotins), PR-10 and PR-17 (plant basic secretory protein) were up-regulated in infected tissues.
Plant basic leucine zipper (bZIP) transcription factors are one of the largest and most diverse gene families and play key roles in regulating diverse stress processes.
Among the responsive proteins identified in infected 'Barbera' plants, eight proteins have already been reported in FDp-infected 'Nebbiolo' [ 7]: thaumatin, osmotin, plant basic secretory protein, cysteine synthase, peptidase, Rubisco activase, dienelactone hydrolase, and ATPase β subunit.
Primitive and modern survival skills are covered, with a focus on plants as basic to life.
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