Ganglionicganglionary example sentences

"Ganglionicganglionary" Example Sentences

1. The ganglionicganglionary system is responsible for relaying motor and sensory signals throughout the body.
2. Neurotransmitters released by ganglionicganglionary neurons can be excitatory or inhibitory.
3. In some cases, ganglionicganglionary cells may be able to regenerate after damage.
4. The ganglionicganglionary system works in conjunction with the central nervous system to control the body.
5. Ganglionicganglionary neurons transmit information from the body to the brain.
6. Damage to the ganglionicganglionary system can cause paralysis or other motor impairments.
7. Ganglionicganglionary cells can be found in both the peripheral and central nervous systems.
8. The ganglionicganglionary system is composed of neurons, glial cells, and supporting structures.
9. Ganglionicganglionary neurons are specialized to transmit signals quickly and efficiently.
10. Many diseases and conditions can affect the ganglionicganglionary system, including Parkinson's disease and multiple sclerosis.
11. The ganglionicganglionary system is responsible for controlling reflexes and other automatic responses.
12. Some drugs can have an effect on the ganglionicganglionary system, leading to side effects.
13. Damage to ganglionicganglionary neurons can result in a loss of sensation or movement.
14. The ganglionicganglionary system is responsible for relaying information from the body to the brain.
15. Ganglionicganglionary neurons can be affected by a variety of diseases and conditions.
16. Neurotransmitters released by ganglionicganglionary neurons can cause excitatory or inhibitory effects.
17. Ganglionicganglionary cells are specialized to transmit signals quickly and efficiently.
18. The ganglionicganglionary system is composed of neurons, glial cells, and supporting structures.
19. Certain drugs can have an effect on the ganglionicganglionary system, leading to side effects.
20. Damage to the ganglionicganglionary system can cause paralysis or other motor impairments.
21. In some cases, ganglionicganglionary cells may be able to regenerate after damage.
22. The ganglionicganglionary system works in conjunction with the central nervous system to control the body.
23. Ganglionicganglionary neurons transmit information from the body to the brain.
24. The ganglionicganglionary system is responsible for controlling reflexes and other automatic responses.
25. Damage to ganglionicganglionary neurons can result in a loss of sensation or movement.
26. Diseases and conditions can affect the ganglionicganglionary system, including Parkinson's disease and multiple sclerosis.
27. Ganglionicganglionary cells can be found in both the peripheral and central nervous systems.
28. Neurotransmitters released by ganglionicganglionary neurons can be excitatory or inhibitory.
29. Ganglionicganglionary neurons are specialized to transmit signals quickly and efficiently.
30. The ganglionicganglionary system is responsible for relaying motor and sensory signals throughout the body.
31. Certain drugs can have an effect on the ganglionicganglionary system, leading to side effects.
32. The ganglionicganglionary system is composed of neurons, glial cells, and supporting structures.
33. Damage to the ganglionicganglionary system can cause paralysis or other motor impairments.
34. Ganglionicganglionary neurons transmit information from the body to the brain.
35. In some cases, ganglionicganglionary cells may be able to regenerate after damage.
36. Neurotransmitters released by ganglionicganglionary neurons can cause excitatory or inhibitory effects.
37. The ganglionicganglionary system works in conjunction with the central nervous system to control the body.
38. Diseases and conditions can affect the ganglionicganglionary system, including Parkinson's disease and multiple sclerosis.
39. Ganglionicganglionary cells are specialized to transmit signals quickly and efficiently.
40. Damage to ganglionicganglionary neurons can result in a loss of sensation or movement.

Common Phases

ganglionic;ganglionary