pathology week 2

5. lack of blood flow to cells.
6. An increase in the size of cells.
7. Increase in the number of cells.
11. ___ necrosis: the enzymatic digestion of cells, liquefying tissue.
12. cellular division resulting in multiple cells of the same type.
13. Myocardial enlargement due to chronic hypertension is a ___ example of hypertrophy.
18. ___ Necrosis: most common form, dead tissue remains, metabolic activity has ceased.
19. A distinct process that triggers cell death in order to survive various conditions.
20. ___ cell injury is a final consequence of irreversible injury.
21. increase in skeletal muscle size due to lifting weights is a ___ example of hypertrophy
22. an immunological reaction such as an ____ reaction can cause cellular injury.
23. changes the response of the cell to a need or requirement.

1. cellular ____ occurs when a stress exceeds cells ability to adapt.
2. ___ cellular injury is when a cell is able to recover size and function post injury.
3. ___ necrosis: Tissue structure is lost and becomes yellow and "cheeselike".
4. ___ cells regenerate infrequently but act when required.
6. lack of 02 (oxygen) at cellular level.
8. decrease or shrinkage of the cell size commonly caused by loss of function.
9. ___ cells have a high regenerative ability.
10. Unintended cellular death.
12. ___ cells have no regenerative ability
14. programed cell death.
15. Change from ciliated epithelial cells of trachea to stratified squamous cells due to chronic smoking is an example of epithelial ____.
16. ___ necrosis: Caused by malignant hypertension and results in deposits of fibrin from necrosis of smooth muscle walls.
17. ___ necrosis: purification of the tissue, commonly with bacterial infection.
24. __ necrosis: Direct trauma to adipose tissue.