Innervates example sentences

"Innervates" Example Sentences

1. The nerve fiber innervates the muscle.
2. The motor neuron innervates the effector organ.
3. The trigeminal nerve innervates the muscles of mastication.
4. The hypoglossal nerve innervates the tongue muscles.
5. The facial nerve innervates the facial muscles.
6. The spinal nerves innervate the muscles of the limbs.
7. The phrenic nerve innervates the diaphragm.
8. The vagus nerve innervates the organs of the thorax and abdomen.
9. The somatic nerves innervate skeletal muscles.
10. The autonomic nerves innervate smooth muscle and glands.
11. The sympathetic nerves innervate smooth muscle, cardiac muscle and glands.
12. The parasympathetic nerves innervate smooth muscle, cardiac muscle and glands.
13. The phrenic nerve innervates the diaphragm muscle to allow for respiration.
14. Nerve impulses travel along a motor neuron as it innervates muscle fibers.
15. The glossopharyngeal nerve innervates the pharynx and parotid gland.
16. The somatic motor pathway includes the motor neuron that innervates muscle.
17. The axon terminal of the motor neuron innervates the muscle fiber.
18. The axon terminal releases acetylcholine to excite the muscle it innervates.
19. The central nervous system controls muscles by innervating them with motor neurons.
20. The alpha motor neuron directly innervates the extrafusal muscle fiber.
21. The gamma motor neuron innervates the intrafusal muscle fiber within the muscle spindle.
22. The cranial nerves innervate muscles and organs of the head and neck.
23. The parasympathetic nerves innervate muscles involved in "rest and digest" functions.
24. Motor neurons carrying efferent signals innervate effectors organs like muscles and glands.
25. Sensory neurons carry afferent signals from receptors to the central nervous system.
26. The sensory pathway functions in the opposite direction as the pathway that innervates muscles.
27. The sympathetic nervous system innervates muscles involved in the "fight or flight" response.
28. Nerve stimulation activates neurotransmitter release that innervates target tissues.
29. Parasympathetic nerves innervate muscles involved in "conserve and restore" functions.
30. Autonomic motor fibers innervate smooth muscle, cardiac muscle and glands.
31. Sympathetic nerves innervate glands to release epinephrine during stress responses.
32. The sciatic nerve provides motor innervation to the leg muscles.
33. The motor neuron transmits an action potential to innervate the target muscle.
34. The medulla oblongata contains motor nuclei that innervate motor neurons.
35. The peripheral nervous system includes nerves that innervate muscles and glands.
36. The oculomotor nerve innervates muscles that control eye movement.
37. Spinal nerves innervate skeletal muscles in order to produce movements.
38. Nerves carry motor signals to muscles that they innervate.
39. Increased motor neuron excitation results in greater innervation of target muscles.
40. Cortical neurons synapse onto lower motor neurons that innervate muscles.
41. Nerves serve as pathways for innervating target tissues like muscles and glands.
42. The accessory nerve innervates the sternocleidomastoid and trapezius muscles.
43. Motor end plates are sites where motor axons innervate muscle cells.
44. Lower motor neurons directly innervate effector organs like muscles and glands.
45. Central neurons excite motor neurons which then innervate target organs.
46. The vagus nerve innervates the heart, lungs and digestive organs.
47. Alpha motor neurons directly innervate the extrafusal muscle fibers.
48. Denervation occurs when a nerve no longer innervates its target tissue.
49. Cranial nerves provide motor innervation to head muscles and organs.
50. The hypoglossal nerve innervates the extrinsic and intrinsic muscles of the tongue.
51. Damage to motor neurons can cause loss of innervation to target muscles.
52. Neuromuscular junctions are sites where motor axons innervate muscle cells.
53. Motor units consist of a motor neuron and the muscle fibers it innervates.
54. Nerve growth factors promote the innervation of target tissues by motor neurons.
55. Peripheral nerves carry motor signals from the CNS to the muscles they innervate.
56. The facial nerve innervates the facial muscles involved in facial expression.
57. The sympathetic chain ganglia innervate blood vessels and smooth muscles.
58. Gamma motor neurons innervate intrafusal muscle fibers within the muscle spindle.
59. The abducens nerve innervates the lateral rectus muscle that abducts the eye.
60. The hypoglossal nerve innervates the muscles involved in tongue movement and speech.

Common Phases

1. The facial nerve innervates muscles of the face.
2. The trigeminal nerve innervates muscles that allow for chewing.
3. The vagus nerve innervates the pharynx and larynx muscles.
4. The motor neurons within the spinal cord innervate muscles throughout the body.
5. The phrenic nerve innervates the diaphragm muscle.
6. The autonomic nervous system innervates the internal organs and glands.
7. The parasympathetic nervous system innervates the internal organs to help with rest and digestion.
8. The sympathetic nervous system innervates internal organs to prepare the body for fight or flight responses.
9. The brachial plexus innervates muscles and skin of the arm and hand.
10. The sciatic nerve innervates muscles of the lower limb.
11. The somatic nervous system innervates skeletal muscles that allow for voluntary movement.
12. The hypoglossal nerve innervates muscles of the tongue to allow for speech and swallowing.
13. The somatosensory system innervates the skin to allow for sensations like touch, pain, and temperature.
14. The somatic nervous system innervates sensory and motor neurons throughout the body.
15. The cervical plexus innervates muscles and skin of the neck and shoulders.
16. The lumbar plexus innervates muscles and skin of the hip and upper leg.
17. The sacral plexus innervates muscles and skin of the lower leg and foot.
18. The coeliac plexus innervates the digestive organs via sympathetic and parasympathetic nerves.
19. The thoracic sympathetic ganglion innervates blood vessels within the chest.
20. Nerves from the spinal cord innervate skeletal muscles in corresponding regions of the body.
21. Peripheral nerves extend from the central nervous system to innervate targets throughout the body.
22. Sensory nerves innervate sensory receptors to transmit information about stimuli to the CNS.
23. Motor nerves innervate muscles and glands to trigger responses or control secretions.
24. The autonomic nervous system innervates internal organs and glands to control them unconsciously.
25. Peripheral nerves are composed of axons that innervate muscles, glands and sensory receptors.
26. Axon terminals release neurotransmitters that bind to receptors on cells they innervate.
27. The cerebellum receives sensory input and innervates motor neurons to coordinate muscle activity.
28. The glossopharyngeal nerve innervates muscles of the pharynx to help with swallowing.
29. The accessory nerve innervates sternocleidomastoid and trapezius muscles of the neck and shoulders.
30. The oculomotor nerve innervates several extraocular muscles that control eye movement.
31. The basilary artery innervates the brainstem to supply blood to regulating centers.
32. The optic nerve innervates photoreceptor cells in the retina to transmit visual information.
33. The vestibulocochlear nerve innervates the inner ear to allow for hearing and balance.
34. Dopaminergic neurons from the substantia nigra innervate the corpus striatum to regulate movement.
35. The sympathetic ganglia innervate blood vessels to constrict them during fight or flight responses.
36. The olfactory nerve innervates olfactory receptor neurons in the nasal epithelium to detect odors.
37. The sympathetic chain ganglia innervates sweat glands to increase perspiration during times of stress.
38. The panautonomic nervous system innervates all body organs via the sympathetic and parasympathetic divisions.
39. Intramuscular nerve endings innervate muscle spindles to detect muscle length and stretch.
40. The axons of motor neurons innervate striated muscles by forming neuromuscular junctions.
41.The somatic sensory cortex receives sensory input and innervates motor neurons to generate reflexes.
42. Preganglionic neurons from the spinal cord innervate ganglia of the sympathetic and parasympathetic systems.
43. Peptide-containing neurons in the hypothalamus innervate the pituitary gland to release hormones.
44. The ciliary ganglion innervates several extraocular muscles and the iris sphincter muscle.
45. Parasympathetic neurons from the Edinger-Westphal nucleus innervate the iris sphincter muscle.
46. The da Vinci system uses robotic arms that are innervated with sensory and motor nerves.
47.Alpha motor neurons innervate extrafusal fibers to produce muscle contractions.
48. Gamma motor neurons innervate intrafusal fibers within muscle spindles.
49. Cranial nerves innervate targets within the head and neck region.
50. Spinal nerves innervate targets within the body region supplied by their specific spinal level.
51. The spinal motor neurons innervate the skeletal muscles that enable volitional movement.
52. Autonomic ganglia innervate smooth muscle and glandular tissue throughout the body.
53. The CNS initiates and coordinates reflexes by innervating motor neurons that activate effector organs.
54. The cerebellum modulates motor activity by innervating motor neurons that project to the cerebral cortex.
55. Motor axons innervate muscle cells by forming neuromuscular junctions at specialized regions of the muscle fiber.
56. Sensory neurons innervate sensory receptors that transduce physical stimuli into electrical signals.
57.Neuropeptide-containing neurons innervate target cells by releasing peptides that bind to receptors on the target cell membrane.
58. Autonomic ganglia innervate heart muscle to increase heart rate and contractility during fight or flight.
59. The enteric nervous system innervates smooth muscle and glands of the digestive tract.
60. Neurons within spinal ganglia innervate epithelial cells of the skin to detect pressure and temperature changes.