Axons

The motor axons in her spinal cord were damaged, making it difficult for her to move her limbs.

Electrical signals are transmitted down the length of axons.

Damage to sensory axons can cause numbness or loss of sensation in certain areas of the body.

Axons are covered by a fatty substance called myelin, which helps to speed up nerve impulses.

The speed at which signals are transmitted along axons can be affected by factors such as temperature and chemical changes.

In some neurological disorders, axons may become damaged or degenerate, leading to symptoms such as muscle weakness or loss of coordination.

In multiple sclerosis, the axons that carry nerve signals are damaged.

Axons are sometimes called nerve fibers because of their long, thin shape.

Damaged axons can lead to a loss of motor function.

Axons of olfactory receptor neurons in the nose transmit information about smells to the brain.

Certain drugs can affect the speed at which axons transmit signals in the brain.

Multiple sclerosis is a disease that damages the myelin sheath surrounding axons.

The axons in the somatosensory cortex transmit touch and temperature information to the brain.

The myelin sheath surrounds axons to help speed up the transmission of signals.

The axons in the olfactory system transmit information about smells to the brain.

The axons in the auditory system transmit sound information to the brain.

The axons in the motor cortex control movement throughout the body.

Damage to the axons in the optic nerve can cause vision loss.

The axons in the corpus callosum allow communication between the two hemispheres of the brain.

The axons in the prefrontal cortex are involved in decision-making and impulse control.

Axons in the amygdala play a role in emotional processing and fear response.

The axons in the olfactory bulb transmit information about smell to the brain.

The axons in the cerebellum are involved in coordinating movement and balance.

Damage to the axons in the spinal cord can result in paralysis or loss of sensation.

The axons of the neurons in the brain communicate with one another through neurotransmitters.

In patients with multiple sclerosis, the axons are damaged, leading to a loss of coordination and muscle weakness.

The axons of sensory neurons transmit information from the peripheral nervous system to the central nervous system.

The axons of motor neurons send signals to muscles to initiate movement.

Damage to the axons in the spinal cord can lead to paralysis or loss of sensation in different parts of the body.

The axons of olfactory neurons transmit signals from the nose to the brain to interpret smells.

The axons of sympathetic neurons help to regulate the body's fight or flight response.

The growth of axons can be influenced by different factors such as growth factors and electrical stimulation.

The axons of neurons in the retina transmit information about light and color to the brain for interpretation.

In some diseases, such as multiple sclerosis, the myelin sheath surrounding axons becomes damaged, leading to impaired signal transmission.

Axons transmit electrical impulses from one neuron to another, allowing for communication between different regions of the nervous system.

Damaged axons can lead to motor and sensory dysfunction in multiple sclerosis patients.

Sensory axons in the hand are responsible for touch and pressure sensations.

Axons can be damaged in traumatic brain injuries.

The sensory axons in my fingers transmitted the feeling of cold water to my brain.

The axons of neurons in the spinal cord play a crucial role in motor control.

The length of axons in the nervous system can vary greatly.

The damage to the axons of the spinal cord can result in paralysis.

The axons of olfactory neurons transmit information about smells to the brain.

The axons of motor neurons transmit signals from the spinal cord to muscles.

In multiple sclerosis, the immune system attacks the myelin sheath around axons in the brain and spinal cord.

The diameter of axons can vary greatly among different types of neurons, which can affect their conduction velocity.

The length of unmyelinated axons in the human body varies from a few millimeters to several meters.

The axons of certain neurons in the brain are specialized for processing specific types of information, such as vision or hearing.

Damage to the axons of sensory neurons can result in loss of sensation in the affected area.

Axons in the peripheral nervous system can regenerate after injury, but those in the central nervous system cannot.