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Phytochrome and Photomorphogenesis in Plants
Nature, 1970Much of the information available about the behaviour of phytochrome in plants can be brought together into a model involving association of the pigment with membranes.
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Strahlentherapie, 1975
The normal development of the higher plant occurs only in light (photomorphogenesis). The effect of light is due to intracellular development of a morphogenetically active effector molecule (Pfr, a chromoprotein). The point in question is, by which pathways the homeostasis of development (the course of development directed by endogenic factors) and the
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The normal development of the higher plant occurs only in light (photomorphogenesis). The effect of light is due to intracellular development of a morphogenetically active effector molecule (Pfr, a chromoprotein). The point in question is, by which pathways the homeostasis of development (the course of development directed by endogenic factors) and the
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A genetic approach to photomorphogenesis
1986The transduction chain from photoperception to the ultimate observed physiological response involves many steps, most of which are in themselves not light regulated. Until recently, photomorphogenesis has been studied mainly by applying light treatments and observing their ultimate effects.
Koornneef, M., Kendrick, R.E.
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Photochemistry and Photobiology, 1990
It is perhaps not surprising that plants have evolved a mechanism to sense the light environment about them and to modify growth for optimal use of the available life-giving' light. Green plants, and ultimately all forms of life, depend on the energy of sunlight fixed during photosynthesis.
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It is perhaps not surprising that plants have evolved a mechanism to sense the light environment about them and to modify growth for optimal use of the available life-giving' light. Green plants, and ultimately all forms of life, depend on the energy of sunlight fixed during photosynthesis.
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Photomorphogenesis In Microorganisms
1985Light can stimulate or inhibit many morphogenetic changes in several microorganisms: algae, fungi, slime molds and myxobacteria.
V. E. A. Russo +3 more
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2006
The habitus and life cycle of mosses differ from seed plants in many aspects. Mosses are small, they have no roots, are free of vascular bundles and form only few different cell types. Their life cycle (Figure 1) is dominated by the haploid gametophyte.
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The habitus and life cycle of mosses differ from seed plants in many aspects. Mosses are small, they have no roots, are free of vascular bundles and form only few different cell types. Their life cycle (Figure 1) is dominated by the haploid gametophyte.
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1994
Many aspects of general growth and development of fungi are affected by light. This chapter will cover the morphogenic effects of light, particularly in regard to the developmental features of sporophores. Formation of such structures represents sophisticated examples of integration of successive differentiations in fungi and offers numerous models of ...
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Many aspects of general growth and development of fungi are affected by light. This chapter will cover the morphogenic effects of light, particularly in regard to the developmental features of sporophores. Formation of such structures represents sophisticated examples of integration of successive differentiations in fungi and offers numerous models of ...
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1983
The study of plant photomorphogenesis generally aims to elicit the processes by which light is absorbed and by which morphogenetic responses occur. In the case of photoperiodic floral induction, light is absorbed by a leaf. From the leaf it is postulated that a substance (florigen) is transmitted to the shoot apex to change the development in the apex ...
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The study of plant photomorphogenesis generally aims to elicit the processes by which light is absorbed and by which morphogenetic responses occur. In the case of photoperiodic floral induction, light is absorbed by a leaf. From the leaf it is postulated that a substance (florigen) is transmitted to the shoot apex to change the development in the apex ...
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