Main Cations Cellular Biology of Traumatic Spinal Cord Injurt

123456789101112131415161718192021
Across
  1. 6. of Spinal Cord Injury requires the remyelination of long tracts
  2. 7. trace element that plays a crucial role in the various biochemical pathways of the human body
  3. 11. molecules carbon dioxide, metabolic by-products
  4. 12. Cord comprises various cells and nerve fibers in their specific microenvironment
  5. 14. in cell membrane known to maintain the normal function of the cell
  6. 17. type of cell that can form scar-like structures around the damaged tissue with other types of cells
  7. 19. essential constituent of life and metal involved in a wide range of physiological functions
  8. 20. chloride help restore the function of blood-spinal cord barrier after a SCI
  9. 21. star-shaped glial cells in the brain and spinal cord that support, nourish, and protect neurons
Down
  1. 1. Patients with Zinc improve the morphological changes in their cells during ferroptosis
  2. 2. molecules neurotransmitters, cytokines, hormones
  3. 3. Injury Phase can lead to the destruction of neural parenchyma with cellular deaths and loss of axonal network, associated with hemorrhage
  4. 4. Channels located on the axons and play a vital role in regulating physiological processes
  5. 5. can promote motor function in the people with spinal cord injury
  6. 8. Balance crucial for the body's general functioning
  7. 9. microenvironment involves a cloud distribution of various ions, nutrients, and secreted and excreted molecules
  8. 10. plays a secondary role in the cell migration process
  9. 13. of water molecules can also cause cell death and promote cell destruction
  10. 15. Ions in animals they generate an electrostatic charge on cell membranes
  11. 16. monovalent cation from the same group as Li, K, Rb, and Cs
  12. 18. cell dysfunction triggered by the destruction of the microvascular supply and the lack of blood flow to the spinal cord