Axons

Damage to axons can lead to impaired nerve function.

The axons of motor neurons control the movement of muscles.

The speed at which axons transmit signals can be affected by various factors, including temperature and myelination.

Researchers are studying ways to repair damaged axons to restore nerve function.

In the peripheral nervous system, Schwann cells provide myelin sheaths around axons.

Axons are covered in a protective layer called myelin.

Damage to axons in the brain can result in neurological disorders.

Axons can regenerate in some circumstances, such as after a peripheral nerve injury.

The axons of the optic nerve conveyed visual information from the eyes to the brain.

Injuries to the axons can result in loss of sensation.

The axons of motor neurons in the spinal cord extend to the muscles in the body.

The damaged axons in his brain were affecting his ability to speak.

Electrical impulses travel along the axons of neurons.

The length of axons can vary greatly depending on the neuron's location.

The axons in the optic nerve transmit visual information from the eyes to the brain.

The axons in the peripheral nervous system connect sensory receptors to the spinal cord.

The loss of myelin around axons can result in multiple sclerosis.

Axons in the visual system transmit information from the eyes to the brain.

Axons are the longest cell processes in the body and can extend from the brain to the tips of the toes.

The transmission of electrical impulses along axons is critical for communication within the nervous system.

The axons of the olfactory neurons connect the nose to the brain.

Axons can branch out to connect with many other neurons in the brain.

Scientists are studying how axons grow and develop in the brain.

Scientists are using new techniques to visualize the structure and function of individual axons in the brain.

The axons in the spinal cord are responsible for transmitting signals.

Axons are coated in myelin sheaths, which protect and insulate them.

The dendrites of neurons receive signals from axons, allowing for communication between neurons.

The branching of axons allows for communication with multiple cells.

Axons are surrounded by myelin, which helps to speed up nerve impulses.

Certain drugs can affect the transport of molecules along axons.

In multiple sclerosis, the immune system attacks the myelin surrounding axons.

The size of axons can affect the speed at which signals travel through them.

Injuries to the axons can lead to permanent nerve damage.

Axons play a crucial role in the communication between different parts of the brain.

The axons in my brain send messages to different parts of my body.

The axons of motor neurons carry signals from the brain to the muscles.

Researchers are studying the mechanisms by which axons grow and develop in the nervous system.

In patients with multiple sclerosis, the protective covering around axons is damaged, leading to impaired neural function.

Motor neurons have long axons that reach from the spinal cord to muscles in the limbs.

The axons of sensory neurons transmit signals from the body to the brain.

The axons of the sensory neurons transmit information from the skin to the spinal cord.

The length of axons can vary from a few millimeters to over a meter in some cases.

In some diseases, such as Alzheimer's, axons can become tangled and damaged.

A neuron may have multiple axons branching off from its cell body.

The axons in the brain are responsible for transmitting information between neurons.

The loss of axons in the corpus callosum has been linked to cognitive impairment in certain neurological disorders.

Damage to the axons in the spinal cord can cause paralysis.

The axons in my spinal cord are responsible for controlling my leg muscles.

The axons of certain neurons are coated with myelin, which helps to speed up the transmission of signals.

The neurons in the peripheral nervous system have long axons that transmit signals to muscles.