CCRN
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CCRN 1394
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Latest notes & summaries CCRN
SIADH - ANStoo much ADH 
low Na, hypo-osmolar, low UOP 
ADH - ANSmade in hypothalamus 
stored in pituitary 
released to kidney and makes kidney hold onto h20 
serum osmolarity - ANSNa X2 
275-295 
low=fluid overloaded 
high=concentrated 
SIADH CAUSES - ANSoat cell carcinoma (bronchogenic CA)-makes its own ADH 
Viral PNA 
Head Problem 
inc. serum osmo, anesthesia, analgesics, stress 
COMPLICATIONS OF SIADH - ANSSz's 
TREATMENT of SIADH - ANSget rid of causes 
fluid restrictions 
hypertonic solut...
- Exam (elaborations)
- • 16 pages's •
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CCRN•CCRN
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SIADH - ANStoo much ADH 
low Na, hypo-osmolar, low UOP 
ADH - ANSmade in hypothalamus 
stored in pituitary 
released to kidney and makes kidney hold onto h20 
serum osmolarity - ANSNa X2 
275-295 
low=fluid overloaded 
high=concentrated 
SIADH CAUSES - ANSoat cell carcinoma (bronchogenic CA)-makes its own ADH 
Viral PNA 
Head Problem 
inc. serum osmo, anesthesia, analgesics, stress 
COMPLICATIONS OF SIADH - ANSSz's 
TREATMENT of SIADH - ANSget rid of causes 
fluid restrictions 
hypertonic solut...
One day following posterior spinal fusion surgery a 35 year old female suddenly exhibits 
restlessness, labored breathing and acute chest pain. Her heart rate is 122/min., she is afebrile, 
and exhibits slightly diminished breath sounds on the right side. 
The findings described above should lead the nurse to suspect that the patient has developed: 
A. A spontaneous pneumothorax 
B. A pulmonary embolus 
C. Aspiration pneumonia 
D. A pleural effusion 
One day following posterior spinal fusion sur...
- Exam (elaborations)
- • 11 pages's •
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CCRN•CCRN
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One day following posterior spinal fusion surgery a 35 year old female suddenly exhibits 
restlessness, labored breathing and acute chest pain. Her heart rate is 122/min., she is afebrile, 
and exhibits slightly diminished breath sounds on the right side. 
The findings described above should lead the nurse to suspect that the patient has developed: 
A. A spontaneous pneumothorax 
B. A pulmonary embolus 
C. Aspiration pneumonia 
D. A pleural effusion 
One day following posterior spinal fusion sur...
The nurse is caring for a patient with acute inferior wall MI, post-coronary artery stent 
deployment. For optimal care of the patient, the nurse should: 
a) administer an analgesic for acute back pain 
b) Apply pressure dressing to groin 
c) Continuously monitor the patient in lead II 
d) Maintain the patient in a supine position - ansAnswer: C 
It is best practice to continuously monitor the patient status post PCI with stent, in the lead 
that was most abnormal during the acute occlusion. Lea...
- Exam (elaborations)
- • 14 pages's •
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CCRN•CCRN
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The nurse is caring for a patient with acute inferior wall MI, post-coronary artery stent 
deployment. For optimal care of the patient, the nurse should: 
a) administer an analgesic for acute back pain 
b) Apply pressure dressing to groin 
c) Continuously monitor the patient in lead II 
d) Maintain the patient in a supine position - ansAnswer: C 
It is best practice to continuously monitor the patient status post PCI with stent, in the lead 
that was most abnormal during the acute occlusion. Lea...
ADH - ansPhenytoin inhibits _______ secretion 
Right - ansMost episodes of aspiration result in (right/left) lung infiltrates. 
urine creatinine clearance - ansBest indicator of GFR 
Auto-PEEP - ansIn a vented patient with status asthmaticus, check for _______________ 
Air trapping - ansAn increase in auto-PEEP is a sign of _________________. 
obstructive pulmonary disease - ansA patient with a flattened diaphragm on a Chest X-ray 
and decreased expiratory flow rate most likely has what type of ...
- Exam (elaborations)
- • 19 pages's •
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CCRN•CCRN
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ADH - ansPhenytoin inhibits _______ secretion 
Right - ansMost episodes of aspiration result in (right/left) lung infiltrates. 
urine creatinine clearance - ansBest indicator of GFR 
Auto-PEEP - ansIn a vented patient with status asthmaticus, check for _______________ 
Air trapping - ansAn increase in auto-PEEP is a sign of _________________. 
obstructive pulmonary disease - ansA patient with a flattened diaphragm on a Chest X-ray 
and decreased expiratory flow rate most likely has what type of ...
A 17 year old is demonstrating a sudden decline in grades, increased unexcused absences, 
and inability to concentrate when in school. Facial affect has changed from friendly to flat. 
When approached, the student states he is fine. Reports indicate the client responds to music, 
so a music therapy referral is requested. To assess possible causes of the change in behavior, 
a music therapist should FIRST - ansidentify current stressors in the student's life. 
A 52-year-old woman hospitalized fo...
- Exam (elaborations)
- • 11 pages's •
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CCRN•CCRN
Preview 2 out of 11 pages
A 17 year old is demonstrating a sudden decline in grades, increased unexcused absences, 
and inability to concentrate when in school. Facial affect has changed from friendly to flat. 
When approached, the student states he is fine. Reports indicate the client responds to music, 
so a music therapy referral is requested. To assess possible causes of the change in behavior, 
a music therapist should FIRST - ansidentify current stressors in the student's life. 
A 52-year-old woman hospitalized fo...
cardiac output - ANSThe volume of blood ejected from the left side of the heart in one 
minute. 
4-8 L/min 
HR x SV 
Cardiac Index - ANSCO/BSA 
2.5-4.3 
Stroke Volume (SV) - ANSThe amount of blood pumped out of the heart with each 
contraction. (Vol ejected with each beat) 
60-100 
Preload. 
Afterload 
Contractility 
Stoke Volume Index (SVI) - ANS35-60 
Preload - ANSvolume of blood in ventricles at end of diastole 
Pressure generated by vol of blood in ventricle at end of diastole 
RV: cvp right...
- Exam (elaborations)
- • 3 pages's •
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cardiac output - ANSThe volume of blood ejected from the left side of the heart in one 
minute. 
4-8 L/min 
HR x SV 
Cardiac Index - ANSCO/BSA 
2.5-4.3 
Stroke Volume (SV) - ANSThe amount of blood pumped out of the heart with each 
contraction. (Vol ejected with each beat) 
60-100 
Preload. 
Afterload 
Contractility 
Stoke Volume Index (SVI) - ANS35-60 
Preload - ANSvolume of blood in ventricles at end of diastole 
Pressure generated by vol of blood in ventricle at end of diastole 
RV: cvp right...
You are monitoring a patient with a pulmonary artery catheter. You are unable to measure the 
patient's pulmonary artery wedge pressure. To obtain a value that corresponds to the 
pulmonary artery wedge pressure, you check the: 
A. Right ventricular pressure 
B. Pulmonary artery diastolic pressure 
C. Pulmonary artery mean pressure 
D. Right atrial pressure - ANSB. Pulmonary artery diastolic pressure 
When you cannot obtain a pulmonary artery wedge pressure, use the pulmonary artery 
diastolic ...
- Exam (elaborations)
- • 4 pages's •
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You are monitoring a patient with a pulmonary artery catheter. You are unable to measure the 
patient's pulmonary artery wedge pressure. To obtain a value that corresponds to the 
pulmonary artery wedge pressure, you check the: 
A. Right ventricular pressure 
B. Pulmonary artery diastolic pressure 
C. Pulmonary artery mean pressure 
D. Right atrial pressure - ANSB. Pulmonary artery diastolic pressure 
When you cannot obtain a pulmonary artery wedge pressure, use the pulmonary artery 
diastolic ...
2. A patient presents with a productive cough, hypoxemia, a fever, hypotension, tachycardia, 
and tachypnea. Hypoxemia was corrected with the administration of oxygen. Which of the 
following should be done next? 
A. Administer antibiotics. 
B. Start a vasopressor. 
C. Collect a sputum culture. 
D. Initiate 0.9 normal saline. - ANS(D) Correcting the 
hypotension (with isotonic fluid resuscitation in order to maintain 
organ perfusion) is the priority at this time. Antibiotics (choice 
(A)) will ...
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- • 15 pages's •
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CCRN•CCRN
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2. A patient presents with a productive cough, hypoxemia, a fever, hypotension, tachycardia, 
and tachypnea. Hypoxemia was corrected with the administration of oxygen. Which of the 
following should be done next? 
A. Administer antibiotics. 
B. Start a vasopressor. 
C. Collect a sputum culture. 
D. Initiate 0.9 normal saline. - ANS(D) Correcting the 
hypotension (with isotonic fluid resuscitation in order to maintain 
organ perfusion) is the priority at this time. Antibiotics (choice 
(A)) will ...
The nurse is caring for a patient with acute inferior wall MI, post-coronary artery stent 
deployment, For optimal care of the patient, the nurse should: - ANSContinuously monitor 
the patient in lead II 
It is best practice to monitor the patient status post PCI with stent, in the lead that was most 
abnormal during the acute occlusion. 
The ECG demonstrates ST elevation in leads II, III and aVF. The nurse needs to monitor the 
patient closely for which of the following? - ANSComplication likel...
- Exam (elaborations)
- • 20 pages's •
-
CCRN•CCRN
Preview 3 out of 20 pages
The nurse is caring for a patient with acute inferior wall MI, post-coronary artery stent 
deployment, For optimal care of the patient, the nurse should: - ANSContinuously monitor 
the patient in lead II 
It is best practice to monitor the patient status post PCI with stent, in the lead that was most 
abnormal during the acute occlusion. 
The ECG demonstrates ST elevation in leads II, III and aVF. The nurse needs to monitor the 
patient closely for which of the following? - ANSComplication likel...
Heart rate (HR) - ANS60-100 beats/min 
Mean arterial pressure (MAP) - ANS70-105 mmHg 
Cardiac output (CO) - ANS4-5 L/min 
Cardiac index (CI) - ANS2.5-4.5 L/min/m2 
Stroke volume (SV) - ANS50-100 ml/beat 
Stroke index (SI) - ANS35-60 ml/m2/beat 
Right arterial pressure (RAP) - ANS4-8 mmHg 
Pulmonary artery pressure (PAP) - ANSSystolic 15-30 mmHg 
Diastolic 5-15 mmHg 
Pulmonary artery occlusive pressure (PAOP) - ANS8-12 mmHg 
Systemic vascular resistance (SVR) - ANS800-1200 dynes/sec/cm-5 
Systemi...
- Exam (elaborations)
- • 8 pages's •
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CCRN•CCRN
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Heart rate (HR) - ANS60-100 beats/min 
Mean arterial pressure (MAP) - ANS70-105 mmHg 
Cardiac output (CO) - ANS4-5 L/min 
Cardiac index (CI) - ANS2.5-4.5 L/min/m2 
Stroke volume (SV) - ANS50-100 ml/beat 
Stroke index (SI) - ANS35-60 ml/m2/beat 
Right arterial pressure (RAP) - ANS4-8 mmHg 
Pulmonary artery pressure (PAP) - ANSSystolic 15-30 mmHg 
Diastolic 5-15 mmHg 
Pulmonary artery occlusive pressure (PAOP) - ANS8-12 mmHg 
Systemic vascular resistance (SVR) - ANS800-1200 dynes/sec/cm-5 
Systemi...