Path 1000 8-12 final review
1. Describe Cheyne-stokes Respirations: Alternating periods of deep & shallow
breathing
2. What are the clinical manifestations of a pneumothorax?: Sudden pleural
pain, tachypnea, mild dyspnea
3. Define Amenorrhea: Lack of mensuration
4. What are the clinical manifestations of empyema?: Cyanosis, fever, tachycardia,
cough, pleural pain
5. What is the most common cause of pulmonary edema?: left sided heart
disease
6. In ARDS what part of the lung is damaged?: alveoli
7. What are the clinical manifestations of a pleural effusion?: Dyspnea & pleural
pain
8. Describe Kussmaul's Breathing: Increased rate/ tidal volume, no expiratory
pause
9. True or false: Benign Prostatic Hyperplasia can cause post-renal injury?: -
True
10. True or false: pneumonia can cause a metabolic alkalosis: False
11. What happen to GFR in acute kidney injury?: GFR decreases
12. True or false: Dysmenorrhea is due to decreased prostaglandin release
during a cycle: False
13. Which receptor does SARS- COVID 19 attach to in order to cause the
condition?: ACE-2 receptor
1. Describe Cheyne-stokes Respirations: Alternating periods of deep & shallow
breathing
2. What are the clinical manifestations of a pneumothorax?: Sudden pleural
pain, tachypnea, mild dyspnea
3. Define Amenorrhea: Lack of mensuration
4. What are the clinical manifestations of empyema?: Cyanosis, fever, tachycardia,
cough, pleural pain
5. What is the most common cause of pulmonary edema?: left sided heart
disease
6. In ARDS what part of the lung is damaged?: alveoli
7. What are the clinical manifestations of a pleural effusion?: Dyspnea & pleural
pain
8. Describe Kussmaul's Breathing: Increased rate/ tidal volume, no expiratory
pause
9. True or false: Benign Prostatic Hyperplasia can cause post-renal injury?: -
True
10. True or false: pneumonia can cause a metabolic alkalosis: False
11. What happen to GFR in acute kidney injury?: GFR decreases
12. True or false: Dysmenorrhea is due to decreased prostaglandin release
during a cycle: False
13. Which receptor does SARS- COVID 19 attach to in order to cause the
condition?: ACE-2 receptor
