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Hormonal regulation of plant gene expression
1991Phytohormones are a ubiquitous feature of development and differentiation throughout the life cycle of the plant—literally from seed germination, through vegetative growth and flowering to fruit set and eventual abscission. The sessile habit of plants dictates that their development should be plastic; they are incapable of behavioural responses to ...
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Plant microRNAs: master regulator of gene expression mechanism
Cell Biology International, 2015AbstractSeveral signaling molecules critically regulate the physiological responses in plants. Among them, miRNAs, generally 21–24 nucleotides long, are widely distributed in different plant species and play as key signaling intermediates in diverse physiological responses.
Soumitra Paul, Riddhi Datta
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Chemical-inducible systems for regulated expression of plant genes
Current Opinion in Biotechnology, 2000Chemical regulation of transgene expression presents a powerful tool for basic research in plant biology and biotechnological applications. Various chemical-inducible systems based on de-repression, activation and inactivation of the target gene have been described.
Jianru Zuo, Nam-Hai Chua
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The Regulation of Gene Expression in Plants and Animals
2007The control of gene expression in all cells involves an elaborate and dynamic interplay among what might best be described as regulatory molecules. These molecules include RNA polymerases, myriad transcription factors, the DNA template, the RNA produced by transcription, and the protein produced by translation with its attendant processing.
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Regulation of Differential Gene Expression during Plant Development [PDF]
, 1988 Over 35 years ago it was demonstrated that cells removed from a differentiated plant and cultured under appropriate conditions are, in at least some cases, capable of division and regeneration to produce a complete new individual. This can now be achieved with single cells and protoplasts from a variety of plant species, although many monocotyledonous ...
Donald Grierson, Simon N. Covey
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Fundamentals of Light-Regulated Gene Expression in Plants
1991Plants must respond to light in order to live. By affecting gene expression both qualitatively and quantitatively, light is a major regulator of both plant development and metabolism. When a seedling emerges into the light, it undergoes a number of light-induced changes.
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Light regulation of plant gene expression by an upstream enhancer-like element
Nature, 1985Michael P. Timko +8 more
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Posttranscriptional Regulation of Gene Expression in Plants
Annual Review of Plant Physiology and Plant Molecular Biology, 1993openaire +2 more sources