Collateral Sprouting
No, neurons do not have the ability to replicate. Once they are damaged or lost, they cannot be replaced.
No, neurons in the human brain do not typically get replaced. Once neurons are damaged or lost, they are not usually regenerated or replaced by new neurons.
No, neurons are not typically replaced in the human brain. Once neurons are damaged or lost, they are not usually regenerated or replaced.
No, neurons cannot be replaced in the human brain. Once neurons are damaged or lost, they typically cannot regenerate or be replaced.
Neurons communicate with other neurons through chemical and electrical signals. When one neuron is activated, it can stimulate adjacent neurons to transmit the signal further along the neural network.
yes
Yes
No, neurons do not have the ability to replicate. Once they are damaged or lost, they cannot be replaced.
No, neurons in the human brain do not typically get replaced. Once neurons are damaged or lost, they are not usually regenerated or replaced by new neurons.
True
No, neurons are not typically replaced in the human brain. Once neurons are damaged or lost, they are not usually regenerated or replaced.
No, neurons cannot be replaced in the human brain. Once neurons are damaged or lost, they typically cannot regenerate or be replaced.
no
Neurons communicate with other neurons through chemical and electrical signals. When one neuron is activated, it can stimulate adjacent neurons to transmit the signal further along the neural network.
The small gap between adjacent neurons is called a synapse. It is where neurotransmitters are released from one neuron to signal the next neuron in the neural circuit. This communication is essential for proper functioning of the nervous system.
Motor neurons receive instructions from adjacent neurons through synaptic connections, where neurotransmitters are released from the presynaptic neuron and bind to receptors on the postsynaptic motor neuron. This activates an action potential in the motor neuron, leading to the transmission of signals that ultimately result in muscle contraction.
Neurotransmitters are the chemical messengers released from neurons to activate an adjacent cell, such as another neuron, muscle cell, or gland cell. They allow for communication between nerve cells and other types of cells in the body.