Theories of mineralisation.

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Across
  1. 6. cells is responsible for calcified organic matrix with alkaline phosphatase enzyme activity.
  2. 8. collagen exhibits intra fibrillar pores through which calcium and phosphate ions should pass through to reach the which sides located inside the fibrils?
  3. 9. matrix vesicles are found in?
  4. 10. where can we find alkaline phosphatase enzyme?
  5. 12. matrix vesicles are found in?
  6. 16. Robinson's alkaline phosphate is a group of enzymes that can cleave phosphate ions from organic phosphates at an alkaline ph.
  7. 18. is released by the enzymatic degradation of proteoglycans.
  8. 19. the mineral components of all hard tissues of the body chiefly?
Down
  1. 1. calcium and phosphate ions present in the extracellular fluid binds to the side to form what type of crystals?
  2. 2. which is the none crystal poison which is hydrolyzed by all alkaline phosphate is an enzyme to expose the binding site.
  3. 3. the gaps between the collagen molecules are filled with?
  4. 4. how many theories of mineralizations are there?
  5. 5. Booster theory was proposed by?
  6. 7. this theory is failed to explain mineralization in all tissues.
  7. 11. which theory provided local environment for initial crystal formation?
  8. 13. which is the most acceptable theory?
  9. 14. which is the most important step in the formation of hard tissue of the body?
  10. 15. which is the most important seed playing a significant role in mineralization.
  11. 17. which type of matrix vesicles are rich in phospholipids?