100 Examples of sentences containing the adjective "efferent"

Definition

Efferent is an adjective that describes something that carries away or conveys information or materials from a central point, particularly in biological contexts, such as the nervous system where it refers to nerves that transmit impulses away from the central nervous system to effectors like muscles or glands.

Synonyms

• Outgoing
• Detractive
• Exiting
• Conducting
• Afferent (in contrast, when referring to the opposite direction)

Antonyms

• Afferent
• Incoming
• Inward
• Approaching

Examples

1. The efferent neurons transmit signals from the brain to the muscles.
2. In the study of physiology, understanding efferent pathways is crucial for grasping how the body responds to stimuli.
3. The efferent part of the nervous system plays a vital role in motor control.
4. Efferent signals can influence the activity of various organs.
5. Researchers examined the efferent fibers following nerve injury.
6. Efferent connections from the brain regulate bodily functions.
7. The efferent system ensures that reflexes occur swiftly.
8. Efferent pathways are essential for executing voluntary movements.
9. The role of efferent pathways in reflex arcs is a key concept in neurobiology.
10. This study focused on the efferent mechanisms of hormone release.
11. The efferent system can be affected by various neurological disorders.
12. Scientists discovered that efferent signals could be modulated in real-time.
13. The efferent nerves control muscle contractions in response to voluntary commands.
14. In robotics, efferent signals help in controlling robotic limbs.
15. The efferent flow of information is crucial for coordinated movement.
16. A detailed analysis of efferent pathways can aid in understanding motor dysfunctions.
17. The efferent division of the nervous system is distinct from the afferent division.
18. Efferent fibers in the spinal cord are responsible for initiating movement.
19. The efferent output from the brain determines how the body reacts to different stimuli.
20. The efferent neurons are vital for transmitting commands from the CNS.
21. Understanding efferent pathways can enhance treatment for movement disorders.
22. The efferent limb of the reflex arc is responsible for effecting a response.
23. Efferent signals can also influence emotional responses.
24. The study of efferent neurons is significant for neurodegenerative research.
25. Efferent communication in the body is often overlooked in traditional studies.
26. The efferent system must be intact for proper motor function.
27. This experiment measured the efferent activity in response to sensory input.
28. Efferent pathways are often targeted in therapeutic interventions.
29. An efferent signal can initiate a complex series of reactions in the body.
30. The efferent aspect of the nervous system is essential for daily activities.
31. Damage to efferent pathways can lead to paralysis.
32. The efferent connections to the heart regulate its rate and rhythm.
33. Researchers aim to restore efferent function after spinal cord injuries.
34. The efferent system includes both voluntary and involuntary responses.
35. Understanding efferent pathways can improve rehabilitation strategies.
36. The efferent nerves are crucial for the body's ability to respond to pain.
37. Efferent impulses can be influenced by psychological factors.
38. The efferent side of the nervous system works closely with sensory input.
39. Efferent signals are key to maintaining homeostasis in the body.
40. The efferent neuronal connections are complex and highly organized.
41. The efferent aspect of the reflex arc is what allows for quick reactions.
42. The efferent system is often studied in the context of muscle physiology.
43. In neurobiology, efferent pathways are contrasted with afferent pathways.
44. The efferent neurons play a role in both conscious and unconscious control.
45. Ensuring the integrity of efferent pathways is critical for recovery from injury.
46. The efferent response can be modified through practice and training.
47. A deeper understanding of efferent connections can lead to medical breakthroughs.
48. The efferent system is involved in both voluntary and reflexive actions.
49. Efferent signals can vary in strength depending on the stimulus.
50. The study of efferent pathways is fundamental to neuroscience.
51. Damage to efferent neurons can disrupt normal bodily functions.
52. The efferent fibers in the peripheral nervous system are crucial for movement.
53. Efferent signaling can be influenced by external environmental factors.
54. The efferent commands from the brain must be precise for accurate movements.
55. The efferent system interacts with various physiological systems in the body.
56. Efferent pathways can be affected by stress and anxiety.
57. The efferent output can be modulated through different therapeutic techniques.
58. Efferent neurons communicate with muscle fibers to initiate contraction.
59. The efferent processes are essential for the execution of motor tasks.
60. A thorough understanding of efferent mechanisms can aid in surgical recovery.
61. The efferent system's role in coordination is fundamental for athletes.
62. The efferent connections to the digestive system help regulate digestion.
63. Efferent activity can be assessed through various neurophysiological methods.
64. The efferent pathways are crucial for the body to respond to threats.
65. Efferent signals are often involved in feedback loops within the body.
66. The efferent system contributes to the body's overall adaptability.
67. A disruption in efferent communication can lead to motor impairments.
68. The efferent nerves are responsible for activating various body functions.
69. Understanding efferent pathways is essential for developing new treatments.
70. The efferent response can sometimes be reflexive rather than voluntary.
71. The study of efferent signals has implications for understanding behavior.
72. The efferent portion of the nervous system is vital for survival.
73. Efferent pathways can be influenced by neuroplasticity and learning.
74. The efferent connections in the brain are complex and highly integrated.
75. Damage to efferent pathways may require extensive rehabilitation.
76. The efferent output can vary based on a person's physical condition.
77. Efferent responses can be measured through electromyography.
78. The efferent system includes both somatic and autonomic components.
79. Understanding efferent pathways has implications for pain management.
80. The efferent division of the nervous system plays a critical role in health.
81. Efferent signals can influence hormonal balance in the body.
82. The efferent side of the nervous system is essential for executing tasks.
83. The efferent pathways are also involved in emotional processing.
84. Efferent neurons send signals that lead to muscle contraction.
85. The efferent system is responsible for controlling various organs.
86. Research into efferent functions can provide insights into neurological conditions.
87. The efferent aspect of the nervous system is key to understanding injury recovery.
88. Efferent signals can be modulated through various forms of therapy.
89. Damage to efferent fibers can result in loss of motor control.
90. The efferent system is involved in both conscious and automatic responses.
91. The efferent component of the nervous system is often targeted in surgery.
92. Understanding efferent signaling is essential for developing prosthetics.
93. The efferent pathways contribute to the body’s ability to adapt to new situations.
94. Efferent signals play a role in regulating heart rate and blood pressure.
95. The efferent portion of the nervous system helps facilitate movement.
96. A clear understanding of efferent pathways can aid in patient care.
97. The efferent neurons are responsible for transmitting motor commands.
98. Efferent connections are critical for coordination and balance.
99. The efferent system is essential for effective communication between body systems.
100. The integrity of efferent pathways is vital for maintaining overall health.