Results 321 to 330 of about 411,981 (355)
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Connecting gene and hormone action to form, pattern and organogenesis: biophysical transductions
Journal of Experimental Botany, 1994Abstract Morphological effects of mutations and hormones in shoots and flowers are common. Hence the causal chain between genome and phenotype must contain biophysical steps which link soluble control compounds to the production of specific solid tissue configuration.
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A Biophysical Analysis of Mechano-electrical Transduction
1971This treatise is an attempt to approach some basic problems of biological excitability in terms of nonlinear oscillation theory applied to membrane systems where there is a coupling between electrical and mechanical forces. The basic concept assumes that the excitable membrane contains fixed charges, i.e., ionic membranes of ion-exchange character ...
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1987
After a long rivalry with Hagins’ “calcium hypothesis” cyclic GMP is now solidly established as the cytoplasmic transmitter of the visual excitation process in the vertebrate photoreceptor1,2: in these cells cGMP directly controls the conductance of the Na+ channels in the plasma membrane; in this respect, the visual transduction process differs from ...
Marc Charbre, T. Minh Vuong
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After a long rivalry with Hagins’ “calcium hypothesis” cyclic GMP is now solidly established as the cytoplasmic transmitter of the visual excitation process in the vertebrate photoreceptor1,2: in these cells cGMP directly controls the conductance of the Na+ channels in the plasma membrane; in this respect, the visual transduction process differs from ...
Marc Charbre, T. Minh Vuong
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Biophysical Modeling of Synaptic Plasticity.
Annual Review of BiophysicsDendritic spines are small, bulbous compartments that function as postsynaptic sites and undergo intense biochemical and biophysical activity. The role of the myriad signaling pathways that are implicated in synaptic plasticity is well studied.
Christopher T. Lee +3 more
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1989
When describing the movement of suspended molecules of submicroscopic size in liquids, Einstein [1] has stated that classical thermodynamics cannot be looked upon as applicable with precision. Such molecules include amphiphilic membrane glycerolipids. Visual observation of the above mentioned submicroscopic particles was originally made by the botanist
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When describing the movement of suspended molecules of submicroscopic size in liquids, Einstein [1] has stated that classical thermodynamics cannot be looked upon as applicable with precision. Such molecules include amphiphilic membrane glycerolipids. Visual observation of the above mentioned submicroscopic particles was originally made by the botanist
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The Biophysics of Cell Membranes
Springer series in biophysics, 2017R. Epand, J. Ruysschaert
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Lipid domains and membrane (re)shaping : from biophysics to biology
, 2017C. Léonard +4 more
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2015
My primary research interest is focused on the field of cellular electrical activity, ranging from the ion channels that generates it, up to the study of intracellular processes regulating it, and new generation of drugs. For this purpose, during my Ph.D. I have learnt and improved different cutting-edge techniques, i.e.
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My primary research interest is focused on the field of cellular electrical activity, ranging from the ion channels that generates it, up to the study of intracellular processes regulating it, and new generation of drugs. For this purpose, during my Ph.D. I have learnt and improved different cutting-edge techniques, i.e.
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Physiological chemistry and physics, 1978
A theory of peripheral function in hearing is proposed. It accounts for temporal discrimination among simultaneously received wave and pulse signals, cochlear analysis of acoustic input, and transduction of acoustic energy into biochemical energy by means of resonance and ion-shuttling involving the tectorial membrane and hair-cell complex.
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A theory of peripheral function in hearing is proposed. It accounts for temporal discrimination among simultaneously received wave and pulse signals, cochlear analysis of acoustic input, and transduction of acoustic energy into biochemical energy by means of resonance and ion-shuttling involving the tectorial membrane and hair-cell complex.
openaire +1 more source