Nr 601 week 2 td 1 Study guides, Class notes & Summaries

NR 601 MIDTERM EXAM 2 – QUESTION WITH ANSWERS (LATEST, GRADED A)( CHAMBERLAIN COLLEGE OF NURSING) 1. The percentage of the FVC expired in one second is: a. FEV1/FVC ratio 2. The aging process causes what normal physiological changes in the heart? a. The heart valve thickens and becomes rigid, secondary to fibrosis and sclerosis. 3. A 55yo Caucasian male follows up after r...

Review Kennedy and Dunphy readings for age related changes Replicative senescence is theory states that cells can replicate or divide a specific number of times.This ability tends to decrease with age. Oxidative damage is the cumulative result of the aerobic metabolism, which generates chemicals called free radicals. Free radicals may interact with other chemicals in the body and cause damage tocells. Telomere shortening is a theory that links aging to a reduction in cell division. Weaken...

Exam (elaborations) NR 601 Week 6 TD 2 (NR601) Men and women both can experience urologic concerns with aging. This week's presentations and readings covered urologic concerns and common problems. Utilize the national guidelines and scholarly references to develop your responses. Urinary Incontinence Men and women can both get UTIs. What factors contribute to the development of a UTI in men versus women? Include risk factors. Men= BPH, kidney stone, urinary retention, self catheteriza...

NR601 Midterm Exam (Version-1, Latest-2022) / NR 601 Midterm Exam: Chamberlain College of Nursing |Verified and 100% Correct Q & A| NR601 Midterm Exam / NR 601 Midterm Exam (Latest): Chamberlain College Of Nursing 1. The percentage of the FVC expired in one second is: 2. The aging process causes what normal physiological changes in the heart? 3. A 55yo Caucasian male follows up after referral to cardiologist. He thinks his med is causing a cough and sometimes he has difficulty breathin...

NR601 Midterm Exam (2 Versions, Latest-2022) / NR 601 Midterm Exam: Chamberlain College of Nursing |Verified and 100% Correct Q & A| NR601 Midterm Exam / NR 601 Midterm Exam (Latest): Chamberlain College Of Nursing 1. The percentage of the FVC expired in one second is: 2. The aging process causes what normal physiological changes in the heart? 3. A 55yo Caucasian male follows up after referral to cardiologist. He thinks his med is causing a cough and sometimes he has difficulty breathi...

Chamberlain College of Nursing: NR601 Midterm Exam (Version-1, Latest-2022) / NR 601 Midterm Exam |100% Correct Answers, Already Graded “A”| NR601 Midterm Exam / NR 601 Midterm Exam (Latest): Chamberlain College Of Nursing 1. The percentage of the FVC expired in one second is: 2. The aging process causes what normal physiological changes in the heart? 3. A 55yo Caucasian male follows up after referral to cardiologist. He thinks his med is causing a cough and sometimes he has diffic...

Chamberlain College of Nursing: NR601 Midterm Exam (2 Versions, Latest-2022) / NR 601 Midterm Exam |100% Correct Answers, Already Graded “A”| NR601 Midterm Exam / NR 601 Midterm Exam (Latest): Chamberlain College Of Nursing 1. The percentage of the FVC expired in one second is: 2. The aging process causes what normal physiological changes in the heart? 3. A 55yo Caucasian male follows up after referral to cardiologist. He thinks his med is causing a cough and sometimes he has diffi...

NR 601 Midterm Exam 1 – Question and Answers 1. The percentage of the FVC expired in one second is: a. FEV1/FVC ratio 2. The aging process causes what normal physiological changes in the heart? a. The heart valve thickens and becomes rigid, secondary to fibrosis and sclerosis. 3. A 55yo Caucasian male follows up after referral to cardiologist. He thinks his med is causing a cough and sometimes he has difficulty breathing. Which med was most likely prescribed? a. Lisinopril 4. JM i...

NR 601 Midterm Study Guide Developmental changes o Review Kennedy and Dunphy readings for age related changes: o Physiological: 1. Limited chest wall expansion 2. Cilia atrophy 3. Immune system alterations 4. Cardiac, respiratory and renal reduced physiological reserve 5. Reduced homeostatic mechanisms that fail to adjust regulatory systems such as temperature control and fluid and electrolyte balance. 6. Changes in the sympathetic response which contributes to orthostas...