100 Examples of sentences containing the common noun "axon"

Definition

An axon is a long, slender projection of a neuron (nerve cell) that transmits electrical impulses away from the neuron's cell body. Axons are essential for communication within the nervous system, connecting neurons to each other, muscles, and glands.

Synonyms

• Nerve fiber
• Neural process
• Nerve cell extension

Antonyms

• Dendrite (in the context of neuron structure, as it typically receives signals)

Examples

1. The neurologist explained how the axon functions in transmitting signals.
2. Damage to the axon can lead to various neurological disorders.
3. Researchers are studying how axon regeneration occurs after injury.
4. Every axon is surrounded by a myelin sheath that enhances signal transmission.
5. The axon terminal is where neurotransmitters are released.
6. In a reflex arc, the axon carries signals from sensory neurons to motor neurons.
7. The length of an axon can vary significantly depending on the type of neuron.
8. When the axon is damaged, communication between neurons can be disrupted.
9. Scientists have discovered new ways to stimulate axon growth.
10. The axon is crucial for the rapid conduction of electrical signals.
11. During the experiment, the team observed how the axon responded to stimuli.
12. Myelin insulates the axon and increases the speed of nerve impulses.
13. An axon can branch out to communicate with multiple target cells.
14. The axon hillock is where action potentials are initiated.
15. In the central nervous system, axon pathways are vital for processing information.
16. The axon can be several feet long in some species.
17. Researchers mapped the axon connections in the human brain.
18. Each axon is unique in its structure and function.
19. Electrical impulses travel along the axon at remarkable speeds.
20. The health of an axon is critical for overall nervous system function.
21. An axon can transmit signals at speeds of up to 120 meters per second.
22. The axon plays a vital role in reflex actions.
23. Understanding axon functionality is key to treating nerve injuries.
24. The axon releases neurotransmitters into the synaptic cleft.
25. Damage to the axon can lead to paralysis in severe cases.
26. The axon propagates action potentials through depolarization.
27. In some cases, an axon can regenerate after being cut.
28. The structure of an axon is adapted for its signaling role.
29. An axon can connect to multiple dendrites from different neurons.
30. The axon is a defining feature of neurons compared to other cell types.
31. The axon conducts impulses away from the cell body towards target cells.
32. Scientists are investigating how axon signaling differs in various species.
33. The axon can transmit both excitatory and inhibitory signals.
34. An axon may become demyelinated in certain autoimmune diseases.
35. The axon often has a cylindrical shape, allowing for efficient signal conduction.
36. Each neuron has a single axon but may have many dendrites.
37. The axon is essential for the proper function of the nervous system.
38. An intact axon is necessary for the transmission of sensory information.
39. The axon connects to the next neuron at the synapse.
40. The loss of myelin around an axon can slow down nerve impulse transmission.
41. The axon serves as the output channel for the neuron.
42. Researchers are exploring ways to enhance axon repair after injury.
43. The axon can be affected by various neurodegenerative diseases.
44. The axon is responsible for transmitting signals during muscle contractions.
45. The axon plays a crucial role in the functioning of reflex arcs.
46. Impaired axon function can lead to cognitive deficits.
47. Each axon is coated in a fatty layer of myelin.
48. The axon terminal releases neurotransmitters into the synaptic cleft.
49. The health of an axon is vital for maintaining communication between neurons.
50. Electrical activity in the axon is vital for proper neuronal function.
51. The axon must remain intact for effective communication in the nervous system.
52. An axon can branch to form connections with multiple neurons.
53. The study of the axon is important in understanding neural networks.
54. The axon is responsible for transmitting pain signals to the brain.
55. Researchers are studying how axon pathways develop during embryogenesis.
56. The axon is crucial for the integration of sensory input.
57. Understanding axon dynamics is key to neuroscience research.
58. The axon can vary significantly in length and diameter.
59. The axon transmits signals in a wave-like manner.
60. The axon is involved in both voluntary and involuntary reflex actions.
61. An axon can be damaged by toxic substances, affecting its function.
62. The study of the axon has led to advances in treating spinal cord injuries.
63. An intact axon is crucial for the transmission of motor signals.
64. The axon can form connections with various types of cells.
65. Electrical impulses travel along the axon in a rapid and coordinated manner.
66. The axon can be influenced by various external factors.
67. Understanding the axon is essential for developing neuroprotective strategies.
68. The axon can be affected by genetic mutations.
69. The axon plays a role in transmitting emotional signals in the brain.
70. An axon can vary in size, affecting its signaling capabilities.
71. The axon can connect to both muscle cells and other neurons.
72. Researchers are investigating how axon structure affects function.
73. An axon may be involved in the transmission of both sensory and motor information.
74. The axon is vital for the body's response to environmental stimuli.
75. A healthy axon is necessary for effective learning and memory.
76. The axon is involved in the release of hormones in response to stimuli.
77. The axon plays a critical role in the functioning of the peripheral nervous system.
78. Understanding axon regeneration can lead to breakthroughs in medical science.
79. The axon carries neurotransmitters to the target cells.
80. The axon can be influenced by various signaling molecules.
81. Each axon is specialized for its specific role in the nervous system.
82. The axon can be affected by age-related changes in the nervous system.
83. An axon can transmit signals over long distances in the body.
84. The axon is involved in the coordination of complex behaviors.
85. The health of an axon is crucial for maintaining cognitive functions.
86. The axon is essential for the transmission of pain and temperature signals.
87. An axon can be involved in both voluntary and reflexive actions.
88. The axon can be influenced by environmental factors such as stress.
89. The structure of an axon allows for efficient communication between cells.
90. Researchers are looking into therapies that enhance axon repair.
91. The axon can be impacted by injuries to the nervous system.
92. The axon contributes to the overall functionality of the neuron.
93. An axon is a key component in the process of synaptic transmission.
94. The axon is responsible for relaying information between different parts of the body.
95. Understanding the role of the axon is fundamental in neuroscience.
96. The axon can change in response to learning and experience.
97. The health of an axon is essential for overall mental health.
98. The axon can transmit both electrical and chemical signals.
99. An axon can be influenced by various pharmacological agents.
100. The axon is integral to the functioning of the entire nervous system.