"Axones" Example Sentences
1. The nervous system relies heavily on the axones to transmit signals.
2. Injury to the axones can result in a disruption of nerve function.
3. The axones of sensory neurons carry information from the senses to the brain.
4. Axones are long, thin structures that extend from nerve cells.
5. The axones of motor neurons carry signals from the brain to muscles.
6. Axones can be covered in a substance called myelin that speeds up signal transmission.
7. Multiple sclerosis is a disease that damages the myelin on axones.
8. Damage to the axones can result in numbness, weakness, and paralysis.
9. Axones can vary in length from a few millimeters to several feet.
10. The axones of the brain's neurons have different shapes and sizes depending on their function.
11. Certain drugs can interfere with the function of axones in the brain, leading to hallucinations and other symptoms.
12. The axones of the spinal cord connect the brain to the rest of the body's nervous system.
13. The development of new treatments for axone injuries is an ongoing area of research.
14. Axones can be damaged by traumatic injury, disease, or aging.
15. Axones are essential for the proper functioning of the body's nervous system.
16. Neuroscientists study axones to better understand how the brain and nervous system work.
17. The length and thickness of axones can impact the speed at which signals are transmitted.
18. Stroke can result in damage to axones in the brain, leading to long-term disabilities.
19. Certain genetic mutations can affect the development and function of axones.
20. The axones of the peripheral nervous system can be regenerated, while those in the central nervous system cannot.
21. Axones allow neurons to communicate with one another and other parts of the body.
22. Injuries to the axones can result in abnormal sensations, such as tingling or burning.
23. Axones in the brain can be damaged by exposure to certain toxins, such as lead or mercury.
24. Regeneration of axones after injury is a complex process that requires the right conditions.
25. Diabetic neuropathy can result in damage to the axones, leading to pain and numbness in the feet and hands.
26. Axones in the optic nerve allow us to see by transmitting visual information to the brain.
27. Certain diseases, such as amyotrophic lateral sclerosis, can damage the axones of motor neurons.
28. The process of axone regeneration involves the growth of new axones and the repair of damaged ones.
29. Damage to the axones of neurons in the brain can result in memory loss and other cognitive impairments.
30. The myelin on axones is produced by specialized cells called oligodendrocytes in the brain and Schwann cells in the peripheral nervous system.
31. Axones of the autonomic nervous system control involuntary functions such as heart rate and breathing.
32. Various imaging technologies, such as magnetic resonance imaging, can be used to study axones and their function in the brain.
33. The axones of neurons in the cerebellum are responsible for coordinating movements and balance.
34. Certain medications can affect the function of axones, leading to side effects such as dizziness or confusion.
35. Damage to the axones of neurons in the sensory cortex can result in impairments to the sense of touch or pain.
36. The speed at which axones transmit signals can be affected by environmental factors such as temperature and pressure.
37. Axones in the neurons of the auditory cortex allow us to hear by transmitting sound information to the brain.
38. Ongoing research into the axones of the brain and their function may lead to new treatments for neurological disorders.
39. In people with multiple sclerosis, axonal damage can cause a range of symptoms from mild to severe.
40. The types of axones in the brain can be classified based on their properties, such as their diameter or conduction velocity.
Common Phases
1.
Axones transmit electrical impulses throughout the nervous system;
2. Injuries to
axones can result in paralysis or loss of sensation;
3.
Axones are surrounded by myelin sheaths, which increase the speed of nerve impulses;
4.
Axones connect neurons to other neurons or muscle cells;
5. Disorders like multiple sclerosis can damage
axones and disrupt nerve function;
6.
Axones can range in length from a few micrometers to over a meter in length;
7.
Axones can regenerate, but the process is slow and often incomplete;
8. The arrangement and organization of
axones in the brain is crucial for proper functioning;
9.
Axones can branch out and connect to multiple cells, allowing for complex signaling pathways;
10. The growth and development of
axones is regulated by various molecular signals and signaling pathways.