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CR
Cell injury
30
Homeostasis : Keeping things balanced
Adaptation : A response to injury
Hypertrophy : Increase in cell size
Hyperplasia : Increase in cell number
Atrophy : Shrinkage
Metaplasia : Squamous to columnar, e.g.
Necrosis : Death
Apoptosis : Suicide
IGF : Gr. factor
Endothelin : A vasoactive agent
NFAT : Transcr. factor
TNF : Inflamm. cytokine
Hypoxia : Lack of oxygen
Ischemia : Lack of blood flow
Mutation : Single base pair substitution, e.g.
ATP : Cell money
Blebs : Membrane problems
Polysomes : Injury makes these detach from the ER
Eosin : Red dye
Hematoxylin : Blue dye
Myelin : ___ figures (phospholipid masses)
Karyolysis : Nuclear fading
Karyorrhexis : Nuclear crumbling
Pyknosis : Nuclear shrinkage
Coagulative : Type of necrosis seen in infarcts
Liquefactive : Type of necrosis seen in brain
Caseous : Cheesy
Granuloma : Inflammatory focus seen in TB
Saponification : When fat mixes with calcium
Fibrinoid : Type of necrosis seen in immune complex disease
Tetrachloride : Carbon ______ (dry cleaning toxin)
Lactic : Acid that accumulates during anaerobic glycolysis
Mitochondria : ATP factories
Cell injury
Across:3. | Single base pair substitution, e.g. | 4. | A vasoactive agent | 5. | Keeping things balanced | 7. | Membrane problems | 11. | Inflamm. cytokine | 15. | When fat mixes with calcium | 18. | Cell money |
| 20. | Squamous to columnar, e.g. | 24. | Nuclear shrinkage | 25. | Carbon ______ (dry cleaning toxin) | 26. | Death | 27. | Lack of blood flow | 28. | Acid that accumulates during anaerobic glycolysis | 29. | ATP factories |
| | Down:1. | Cheesy | 2. | ___ figures (phospholipid masses) | 6. | Blue dye | 8. | Type of necrosis seen in brain | 9. | Injury makes these detach from the ER | 10. | Lack of oxygen | 12. | Type of necrosis seen in immune complex disease | 13. | Nuclear crumbling |
| 14. | Transcr. factor | 16. | Gr. factor | 17. | Nuclear fading | 18. | A response to injury | 19. | Increase in cell number | 21. | Shrinkage | 22. | Suicide | 23. | Red dye |
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© 2015
PuzzleFast.com, Noncommercial Use Only
Cell injury
Across:3. | Single base pair substitution, e.g. | 4. | A vasoactive agent | 5. | Keeping things balanced | 7. | Membrane problems | 11. | Inflamm. cytokine | 15. | When fat mixes with calcium | 18. | Cell money |
| 20. | Squamous to columnar, e.g. | 24. | Nuclear shrinkage | 25. | Carbon ______ (dry cleaning toxin) | 26. | Death | 27. | Lack of blood flow | 28. | Acid that accumulates during anaerobic glycolysis | 29. | ATP factories |
| | Down:1. | Cheesy | 2. | ___ figures (phospholipid masses) | 6. | Blue dye | 8. | Type of necrosis seen in brain | 9. | Injury makes these detach from the ER | 10. | Lack of oxygen | 12. | Type of necrosis seen in immune complex disease | 13. | Nuclear crumbling |
| 14. | Transcr. factor | 16. | Gr. factor | 17. | Nuclear fading | 18. | A response to injury | 19. | Increase in cell number | 21. | Shrinkage | 22. | Suicide | 23. | Red dye |
| |
© 2015
PuzzleFast.com, Noncommercial Use Only