Examples of using Dendrites in English and their translations into Hebrew
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Artspace Tel- Aviv Manganese Dendrites.
Dendrites which receive information do not get myelinated.
Neurons have specialize cell parts called dendrites and axons.
Dendrites: are some nerve endings that come off of the cellular soma which branch off into the shape of a tree.
The group's technique also revealed that the type II dendrites were composed of lithium hydride.
Dendrites bring information to the cell body and axons take information away from the cell body.
The length and thickness of the foothills of brain cells, dendrites, determine our intelligence.
Dendrites are the main component of information reception(postsynaptic element) and are those that enable communication between two neurons.
For instance, the GC-IPL represents the cell bodies and dendrites of RGCs, while the RNFL represents the axons of RGCs.
The different cell typesdiffer by the location in the eye to which they send the majority of their dendrites(cellular branches).
Dendrite fragmentation: The melting of dendrites usually begins at the root due to local temperature rise and segregation.
UST generates strong convection(heat transfer by mass motion of a fluid)and shock waves in the melt, so that the dendrites are fragmented.
This allowed the metal plating to be free of dendrites, even at low temperatures and fast charge conditions,” he says.
In the resting state, they release chemicals that support the growth and protection of brain cells andtheir connections(dendrites and synapses).
The team examined the dendrites of the nerve cells of 46 patients who underwent brain surgery as part of the treatment of epilepsy or brain cancer.
In the resting state, these immune cells release chemicals that support the growth and protection of brain cells andtheir connections(dendrites and synapses).
Manganese Dendrites are not true dendrites at all, but the name given to a geological phenomena Characterized by the appearance of a tiny image of branches branching over lime rocks.
The brain is not made up of myocytes, the cells muscles are made of,but rather millions of neurons that are interconnected by axons and dendrites.
In adidtion to a single axon,neurons typically have several much shorter nerve fibers called dendrites, whose job is to receive incoming signals from diverse sources.
The axon's terminal buttons are the pre-synaptic elements of neural communication,through which the neuron establishes communication with the dendrites, the soma, or even another axon.
And at the end, it ends at the axonterminal where it can connect to other dendrites or maybe to other types of tissue or muscle if the point of this neuron is to tell a muscle to do something.
Professor Lawrence Katz, a neurobiologist at Duke University, argues that finding simple ways to activate different parts of the brain that are not normallyused is beneficial in keeping neurons and dendrites, which are short extensions protruding from nerve cells that are their input devices.
The soma of a neuron(i.e., the main part of the neuron in which the dendrites branch off of) contains many organelles, including granules called Nissl granules, which are composed largely of rough endoplasmic reticulum and free polyribosomes.
Zachman, who prepared the samples and performed the experiments,discovered two distinct types of dendrites on the anode surface: Type I was relatively large(approximately 5 microns across) with low curvature;
So a typical cell, like the neurons in our brain,has a region called the dendrites that receives input, and that input sums together and will produce action potentials that run down the axon and then activate all the output regions of the neuron.
For every one single neuron,you can actually have from 10,000 to 100,000 different connections or dendrites or whatever you want to call it, and every time you learn something, or you have an experience, that bush grows, you know, that bush of information.
Within 7 days of elevated eye pressure,all retinal ganglion cells that send most or all of their dendrites to a region of the eye known as the OFF sublamina underwent significant rearrangements, such as reductions in number and length of dendritic branches.