Examples of using Dendrites in English and their translations into Russian
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The cell body, the axon and the dendrites.
The dendrites of that neuron contain receptors to which anandamide can bind.
They have numerous spines on their dendrites that form a highly branched tree.
The dendrites of that neuron contain receptors to which the endorphins can bind.
The granule cell has a characteristic cone-shaped tree of spiny apical dendrites.
The dendrites of this neuron contain receptors to which the serotonin can bind.
Neurons connect to one another and communicate through synapses,which are special growths at dendrites and axons.
These dendrites are very long and travel along the boundary between the Purkinje layer and the granular layer.
All natural neurons have four basic components,which are dendrites, soma, axon, and synapses.
Other neurons tend to have many dendrites, and the polar-shaped morphology of spindle neurons is unique.
Disrupting Rb expression in vitro, either by gene deletion orknockdown of Rb short interfering RNA, causes dendrites to branch out farther.
Furthermore, the dendrites were less branched and had fewer spines than those in patients not suffering with Alzheimer's.
They are characterized by a very small soma and several short dendrites which terminate with claw-shaped endings.
According to these models, dendrites(or an axon) are modeling by an equivalent circuit diagram of infinite coaxial cable Figure 1.
The granule cells in the dorsal cochlear nucleus are small neurons with two or three short dendrites that give rise to a few branches with expansions at the terminals.
The initial cells of the hippocampal dissociated culture were found to interact with the matrix-carrier surface, andthereafter an active growth of axons and dendrites took place.
Domestic hens have iron mineral deposits in the dendrites in the upper beak and are capable of magnetoreception.
Granule cell dendrites also synapse with distinctive unmyelinated axons which Santiago Ramón y Cajal called mossy fibers Mossy fibers and golgi cells both make synaptic connections with granule cells.
Dendritic cells are specialized antigen-presenting cells that have long outgrowths called dendrites, that help to engulf microbes and other invaders.
From large round"boulders" to beautifully delicate"dendrites", crystal product is often varied, posing challenges to effective separation and downstream manipulation.
They are involved in the processes of synapses formation, and have a pronounced effect on growth andreconstruction of axons and dendrites of cortical and hippocampal neurons 1, 2.
They can also sense stimuli close to the Purkinje cells and their dendrites form a large receptive area that monitors the environment near to the Purkinje cells.
Whilst their dendrites make contact with the Purkinje cells they also receive inputs from branches of the Purkinje axons by which they seem to have a sampling and integration role.
Step 2 There the signal causes previously formed membrane sacs, known as synaptic vesicles,to release neurotransmitters into the space between the axon and the dendrites of the next cell.
However, the release of oxytocin and vasopressin from dendrites is not consistently accompanied by peripheral secretion, as dendritic release is regulated differently.
Interaction between a mature BDNF molecule and TrkB-receptor triggers intracellular signaling mechanisms,leading to the growth of axons and dendrites, increase of cell survival, neuron plasticity, BDNF transcription.
Axons and dendrites of neurons in these different sections of the cranial nerves and subcortical brain structures autonomic divisions have multiple interconnected structural and functional relationships.
Motor neuron consists of 3 important parts:cell body(soma), dendrites and the axon- a long"wire" that connects the cell body with the corresponding muscle fibre.
Study of the formation of dendrites in orbit showed conclusively that in order to provide rigorous tests of fundamental theories of dendrite formation and development, long-duration, high-quality microgravity conditions are required.
The new data obtained using two-photon microscopy demonstrate a decreased intracellular calcium concentration in dendrites and dendritic spines during the evocation of long-term potentiation following exposure to heparanase.