Results 311 to 320 of about 217,417 (355)
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Trends in Neurosciences, 2004
Like axons, dendrites need guidance for proper orientation and positioning within the brain. Guidance determines synaptic connectivity as well as the strength of transmission. Recent in vivo studies have demonstrated that several cell-surface receptors, previously known as axon guidance molecules, are also responsible for the directed outgrowth of ...
Susan, Kim, Akira, Chiba
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Like axons, dendrites need guidance for proper orientation and positioning within the brain. Guidance determines synaptic connectivity as well as the strength of transmission. Recent in vivo studies have demonstrated that several cell-surface receptors, previously known as axon guidance molecules, are also responsible for the directed outgrowth of ...
Susan, Kim, Akira, Chiba
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Australian Dental Journal, 1978
Abstract— The fundamentals of dendritic crystallization are presented. Examples illustrating the processes and structures involved have been obtained by the metallurgical examination of specimens of the base metal partial denture casting alloys.
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Abstract— The fundamentals of dendritic crystallization are presented. Examples illustrating the processes and structures involved have been obtained by the metallurgical examination of specimens of the base metal partial denture casting alloys.
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On the physiology of dendrites
Biosystems, 1969Abstract Extra- and intracellular unitary potentials were recorded in the exposed spinal cord of cats. These potentials are attributed to the activity of dendrites. It is suggested that they contribute to the slow components of the spinal cord potentials. The moloncuron excitabiiity was studied during the development of spinal responses to activation
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2005
Dendritic molecules fall somewhere between small-molecule organic systems and polymers. Like polymers, they are constructed from a repeating motif, often have nanoscopic dimensions, and are capable of forming multiple non-covalent interactions. However, they are synthesized using organic chemistry methods and, unlike polymers, have well-defined ...
Andrew R, Hirst, David K, Smith
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Dendritic molecules fall somewhere between small-molecule organic systems and polymers. Like polymers, they are constructed from a repeating motif, often have nanoscopic dimensions, and are capable of forming multiple non-covalent interactions. However, they are synthesized using organic chemistry methods and, unlike polymers, have well-defined ...
Andrew R, Hirst, David K, Smith
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Science, 1997
Octopus-like neurons, the cells of the brain, typically have many input “arms”—the dendrites, which receive signals from other neurons—and one output arm, the axon. Two new reports in this week's Science show that the dendrites process information in a manner even more complex than expected.
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Octopus-like neurons, the cells of the brain, typically have many input “arms”—the dendrites, which receive signals from other neurons—and one output arm, the axon. Two new reports in this week's Science show that the dendrites process information in a manner even more complex than expected.
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Annual Review of Neuroscience, 2005
One of the central questions in neuroscience is how particular tasks, or computations, are implemented by neural networks to generate behavior. The prevailing view has been that information processing in neural networks results primarily from the properties of synapses and the connectivity of neurons within the network, with the intrinsic excitability
Michael, London, Michael, Häusser
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One of the central questions in neuroscience is how particular tasks, or computations, are implemented by neural networks to generate behavior. The prevailing view has been that information processing in neural networks results primarily from the properties of synapses and the connectivity of neurons within the network, with the intrinsic excitability
Michael, London, Michael, Häusser
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Tumori Journal, 2002
Dendritic cells (DC) are the most effective or ‘professional’ of the antigen‐presenting cells (APC) that initiate primary immune responses. They are located at surveillance sites where they capture and process antigens. They then initiate and regulate T‐ and B‐cell responses by expressing lymphocyte costimulatory molecules, migrating to lymphoid organs
Massimo, Di Nicola, A, Massimo Gianni
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Dendritic cells (DC) are the most effective or ‘professional’ of the antigen‐presenting cells (APC) that initiate primary immune responses. They are located at surveillance sites where they capture and process antigens. They then initiate and regulate T‐ and B‐cell responses by expressing lymphocyte costimulatory molecules, migrating to lymphoid organs
Massimo, Di Nicola, A, Massimo Gianni
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Angewandte Chemie International Edition, 1998
Self-organization is the key. A series of dendritic pseudorotaxanes were efficiently constructed from complementary building blocks-namely, a three-armed, triply charged ammonium salt and the first, second, and third generations of benzyl ether dendrons bearing the dibenzo[24]crown-8 moiety.
Nori, Yamaguchi +2 more
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Self-organization is the key. A series of dendritic pseudorotaxanes were efficiently constructed from complementary building blocks-namely, a three-armed, triply charged ammonium salt and the first, second, and third generations of benzyl ether dendrons bearing the dibenzo[24]crown-8 moiety.
Nori, Yamaguchi +2 more
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The Visual Computer, 2008
Dendritic or branching structures are commonly seen in natural phenomena such as lightning, cracks, and vegetal growth. They are also often used for artistic or decorative purposes. We present a new procedural method for modeling dendritic structures based on a path planning approach.
Jeremy Long, David Mould
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Dendritic or branching structures are commonly seen in natural phenomena such as lightning, cracks, and vegetal growth. They are also often used for artistic or decorative purposes. We present a new procedural method for modeling dendritic structures based on a path planning approach.
Jeremy Long, David Mould
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The Dendritic State and Dendritic Effects
2012Before 1984, three classes of macromolecular architecture (i.e. linear, cross-linked, and branched) were widely accepted for construction of relatively polydisperse products of different molecular weights. Since that year, the “dendritic state” is acknowledged as a new, fourth class of polymer architecture.
Jaroslav Šebestík +2 more
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