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Current Opinion in Plant Biology, 1998
Recent advances in the study of abscisic acid signal transduction include the identification of cyclic ADP-ribose as a central mediator of abscisic acid responses. The characterisation of type 2C protein phosphatases, ABI1 and ABI2, implicates negative control and redundant action on the signal pathway of this hormone.
E, Grill, A, Himmelbach
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Recent advances in the study of abscisic acid signal transduction include the identification of cyclic ADP-ribose as a central mediator of abscisic acid responses. The characterisation of type 2C protein phosphatases, ABI1 and ABI2, implicates negative control and redundant action on the signal pathway of this hormone.
E, Grill, A, Himmelbach
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Lymphokine signal transduction
Cellular Signalling, 1990Lymphokines are a group of signalling molecules involved in communication between cells, mainly those of the immune system. The lymphokines are multi-functional and most of them have mitogenic or co-mitogenic activity. An understanding of lymphokine biology is essential to understand how the immune system develops and functions and to provide a ...
Guy, G.R., Bee, N.G.S., Peng, C.S.
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Hematology/Oncology Clinics of North America, 2000
The current understanding of kit signaling is that a limited number of signaling proteins interact to build multiple interacting networks that allow diverse cellular responses. Cytoplasmic signaling proteins are increasingly seen to form networks directed through converging and interacting pathways rather than following a simple linear model. There are
M L, Taylor, D D, Metcalfe
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The current understanding of kit signaling is that a limited number of signaling proteins interact to build multiple interacting networks that allow diverse cellular responses. Cytoplasmic signaling proteins are increasingly seen to form networks directed through converging and interacting pathways rather than following a simple linear model. There are
M L, Taylor, D D, Metcalfe
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British Medical Bulletin, 1991
Ordered cell proliferation relies on a complex interplay between diverse cell types, interstitial stroma and organ vasculature. At a cellular level the response to growth stimuli is dependent on the bidirectional exchange of information between the cell membrane and nucleus.
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Ordered cell proliferation relies on a complex interplay between diverse cell types, interstitial stroma and organ vasculature. At a cellular level the response to growth stimuli is dependent on the bidirectional exchange of information between the cell membrane and nucleus.
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Gibberellin signal transduction
Current Opinion in Plant Biology, 2000Recent studies using biochemical and genetic approaches have identified a number of components, including several negative regulators, of the gibberellin (GA) signal transduction pathway in higher plants. The basal state of GA signaling is likely to be repressive, and the GA signal seems to activate the pathway by de-repression to allow GA-stimulated ...
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Journal of Nuclear Cardiology, 2000
Much work remains to be done in elucidating the role of specific signaling pathways first in animal models of cardiac disease and then in clinical settings. Animal studies have begun to implicate specific pathways in the pathogenesis of a variety of cardiac conditions including cardiac hypertrophy, contractile dysfunction, and cardiomyocyte loss ...
K H, Lee +5 more
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Much work remains to be done in elucidating the role of specific signaling pathways first in animal models of cardiac disease and then in clinical settings. Animal studies have begun to implicate specific pathways in the pathogenesis of a variety of cardiac conditions including cardiac hypertrophy, contractile dysfunction, and cardiomyocyte loss ...
K H, Lee +5 more
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Essays in Biochemistry, 2015
The plant hormone auxin (indole-3-acetic acid, IAA) controls growth and developmental responses throughout the life of a plant. A combination of molecular, genetic and biochemical approaches has identified several key components involved in auxin signal transduction.
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The plant hormone auxin (indole-3-acetic acid, IAA) controls growth and developmental responses throughout the life of a plant. A combination of molecular, genetic and biochemical approaches has identified several key components involved in auxin signal transduction.
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Sulfonylurea Signal Transduction
1991In the pancreatic beta cells the proximal step in sulfonylurea signal transduction is the binding of these clinically important drugs to high-affinity receptors in the beta cell membrane. Using HIT cells as a model system, we have established an extremely close correlation between the affinity of binding of glyburide and its analog, iodoglyburide, and ...
A E, Boyd +9 more
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