Want this question answered?
It can cling onto the bones and muscels with the dendrites ( parts coming of that looks like strings}
Nerve Cells are circle because their anatomical shape reflects their physiological job. They are circle because they consist of axons, dendrites and a cell body and they carry electronic signals throughout your whole body! :]
IT'S SHAPE FLATENS and hardens
It will loose its correct shape. It will not be able to perform its function
There are many kinds of synapses in the nervous system, but I assume you're talking about the most commonly discussed type: the chemical synapse. These synapses join nerve cells (called neurons) and allow them to communicate.Communication across a chemical synapse is called synaptic transmission. It occurs when electrical activity (called an action potential) in the first cell triggers the release of a chemical signal (called a neurotransmitter) across the synapse. The neurotransmitter travels across the synapse by a process of diffusion, ultimately reaching its target, the second cell. There, the neurotransmitter binds a special type of protein molecule called a neurotransmitter receptor, which changes its shape in response to binding the neurotransmitter. This shape change results in a series of subsequent changes in the second cell. These subsequent changes result in alterations in the electrical activity of the second cell.The gist of synaptic transmission is that it allows the electrical activity in one nerve cell to influence the electrical activity of another.
It can cling onto the bones and muscels with the dendrites ( parts coming of that looks like strings}
Your Shape happened in 360.
The shape of a neuron can be influenced by genetic factors, environmental stimuli, developmental processes, and neural activity. Changes in these factors can lead to alterations in the structure and complexity of a neuron's dendrites, axon, and synaptic connections, impacting its overall shape and function.
A 1997 and a 1994 Hyundai Excel's dashboards are not compatible. Due to design and differences in shape, they are similar but cannot be directly swapped.
It can cling onto the bones and muscels with the dendrites ( parts coming of that looks like strings}
it is
It IS a perfect shape. Define your terms better.
Each cell type has evolved a shape that is best related to its function. For example, the neuron in Figure below has long, thin extensions (axons and dendrites) that reach out to other nerve cells. The extensions help the neuron pass chemical and electrical messages quickly through the body.
change in shape
It is just plain not gonna happen
Umm if it will shape and I don't know.
The Nerve cell contains an axon which is main bit because it sends the most messages to the brain, so the nerve cells flexibility is good mostly because of the axon and dendrites