Neurilemmamodl example sentences

"Neurilemmamodl" Example Sentences

1. Neurilemmamodl cells are the most basic building blocks of the nervous system.
2. Neurilemmamodl sheaths are made up of several layers of membrane.
3. Neurilemmamodl processes are responsible for the transmission of electrical signals.
4. Neurilemmamodl fibers are the pathways along which nerve impulses travel.
5. The neurilemmamodl layer is the outermost layer of the nerve cell.
6. Neurilemmamodl tissue is the tissue that makes up the nervous system.
7. Neurilemmamodl cells are specialized for the transmission of nerve impulses.
8. Neurilemmamodl axons are long, thin projections from the cell body.
9. Neurilemmamodl glia are a type of supportive cells in the nervous system.
10. Neurilemmamodl synapses are the points of contact between two nerve cells.
11. Neurilemmamodl nuclei are clusters of nerve cells found in the brain.
12. Neurilemmamodl dendrites are short, branching projections from the cell body.
13. Neurilemmamodl ganglia are clusters of nerve cells found outside the brain.
14. Neurilemmamodl tracts are bundles of nerve fibers that carry signals to and from the brain.
15. Neurilemmamodl signals are electrical impulses that travel along the nerve cells.
16. Neurilemmamodl junctions are the points where nerve cells connect with each other.
17. Neurilemmamodl receptors are specialized proteins that detect external stimuli.
18. Neurilemmamodl transmitters are chemicals that carry signals across the synapse.
19. Neurilemmamodl pathways are the networks of nerve cells that transmit information.
20. Neurilemmamodl circuits are the pathways of nerve cells that control certain functions.
21. Neurilemmamodl networks are groups of nerve cells that work together to control certain functions.
22. Neurilemmamodl impulses are electrical signals that travel along the nerve cells.
23. Neurilemmamodl conduction is the process by which nerve impulses are transmitted.
24. Neurilemmamodl excitation is the process by which nerve cells become activated.
25. Neurilemmamodl inhibition is the process by which nerve cells are prevented from firing.
26. Neurilemmamodl depolarization is the process by which nerve cells become more electrically active.
27. Neurilemmamodl hyperpolarization is the process by which nerve cells become less electrically active.
28. Neurilemmamodl myelination is the process by which nerve cells are insulated with a fatty sheath.
29. Neurilemmamodl integration is the process by which nerve cells combine information from multiple sources.
30. Neurilemmamodl plasticity is the ability of nerve cells to change their structure and function in response to experience.
31. Neurilemmamodl degeneration is the process by which nerve cells are destroyed or damaged.
32. Neurilemmamodl regeneration is the process by which nerve cells are repaired or replaced.
33. Neurilemmamodl development is the process by which nerve cells grow and mature.
34. Neurilemmamodl death is the process by which nerve cells are permanently lost.
35. Neurilemmamodl differentiation is the process by which nerve cells become specialized for certain functions.
36. Neurilemmamodl migration is the process by which nerve cells move from one location to another.
37. Neurilemmamodl proliferation is the process by which nerve cells divide and multiply.
38. Neurilemmamodl excitotoxicity is the process by which nerve cells are damaged by excessive stimulation.
39. Neurilemmamodl repair is the process by which nerve cells are restored after injury or disease.
40. Neurilemmamodl remodeling is the process by which nerve cells are modified in response to experience.