NUR 3032
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NUR 3032 Pathophysiology Exam 1 Study Guide Latest updated 
 
CHAPTER 5: 
 
Cellular Adaptation: 
 
•	Cells adapt to changes in the internal environment when confronted with stress that endanger normal structure and function. These cells adapt to increase work demands by changing in: 
 
1.	Size (Atrophy and Hypertrophy) 
2.	Number (Hyperplasia) 
3.	Form (Metaplasia) 
 
•	These mechanisms depend largely on signals transmitted by chemical messengers that exert their affects by altering gene fu...
- Exam (elaborations)
- • 95 pages's •
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NUR 3032•NUR 3032
Preview 4 out of 95 pages
NUR 3032 Pathophysiology Exam 1 Study Guide Latest updated 
 
CHAPTER 5: 
 
Cellular Adaptation: 
 
•	Cells adapt to changes in the internal environment when confronted with stress that endanger normal structure and function. These cells adapt to increase work demands by changing in: 
 
1.	Size (Atrophy and Hypertrophy) 
2.	Number (Hyperplasia) 
3.	Form (Metaplasia) 
 
•	These mechanisms depend largely on signals transmitted by chemical messengers that exert their affects by altering gene fu...
NUR 3032 Pathophysiology Exam 1 Study Guide Latest updated 
 
CHAPTER 5: 
 
Cellular Adaptation: 
 
•	Cells adapt to changes in the internal environment when confronted with stress that endanger normal structure and function. These cells adapt to increase work demands by changing in: 
 
1.	Size (Atrophy and Hypertrophy) 
2.	Number (Hyperplasia) 
3.	Form (Metaplasia) 
 
•	These mechanisms depend largely on signals transmitted by chemical messengers that exert their affects by altering gene fu...
- Exam (elaborations)
- • 95 pages's •
-
NUR 3032•NUR 3032
Preview 4 out of 95 pages
NUR 3032 Pathophysiology Exam 1 Study Guide Latest updated 
 
CHAPTER 5: 
 
Cellular Adaptation: 
 
•	Cells adapt to changes in the internal environment when confronted with stress that endanger normal structure and function. These cells adapt to increase work demands by changing in: 
 
1.	Size (Atrophy and Hypertrophy) 
2.	Number (Hyperplasia) 
3.	Form (Metaplasia) 
 
•	These mechanisms depend largely on signals transmitted by chemical messengers that exert their affects by altering gene fu...