Kettering Clinical Simulation – Cardiac 1 Comprehensive
Kettering
Cardiology
Clinical Simulation
Review and–Clinical
CardiacDecision-Making
1 Comprehensive
KetteringPractice.pdf
Clinical
Cardiology
Simulation
Review –
and
Cardiac
Clinical
1 Comprehensive
Decision-MakingCardiology
Practice Review and Clinical Decision-Making Practice.pdf
Kettering Clinical
Simulation – Cardiac 1
Comprehensive Cardiology
Review and Clinical
Decision-Making Practice
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_
Kettering Clinical Simulation – Cardiac 1 Comprehensive
Kettering Cardiology
Clinical Simulation
Review –
andCardiac
Clinical 1Decision-Making
Comprehensive
KetteringPractice.pdf
Cardiology
Clinical Simulation
Review –
andCardiac
Clinical 1Decision-Making
ComprehensivePractice.pdf
Cardiology Review and Clinical Decision-Making Practice.pdf
, Kettering Clinical simulation (Cardiac 1).pdf Kettering Clinical simulation (Cardiac 1) Kettering Clinical simulation (Cardiac 1).pdf
Cardiac - 1 Cardiac Output (Qt)
4.1 L/min.
You are the critical care specialist assigned to the
Intensive Care Unit of a 544 bed medical center. Arterial blood gases
As you arrive in the unit at 07:00 you are On an FIO2 of 0.55, PaO2 68 torr, pH 7.32, PaCO2 44 torr, HCO3- 21
requested to come to the bedside of the patient mEq/liter, SaO2 91%
in room 1119. The medical resident informs you
that the patient was admitted last night and had a CBC
quadruple-lumen, balloon tipped, flow directed, Hb 14.0 g%, Hct 41%, WBC 7700 mm3.
pulmonary artery catheter inserted soon after
admission. The resident asks you to confirm that ECG
the catheter and monitoring system is functioning Sinus tachycardia, spiked T waves, occasional PVC's.
properly. She also asks you to assist her in
interpreting the values currently being measured Chest auscultation
by the catheter. Fine crackles heard on the lower two-thirds of the posterior chest
during inspiration and expiration.
The patient is a 57 year old male with a history of
diabetes and mild "heart failure". Patient is Hemodynamic pressures
conscious, alert, appears to be in some MPAP 33 mmHg, PCWP 25 mmHg, CVP 5 mmHg
respiratory distress and is complaining of
dyspnea. Temperature 37.0oC (98.6oF), pulse Basic metabolic Panel (BMP) would include electrolytes, glucose,
116/min, respirations 22/min, and BP 141/96 mmHg. BUN and creatinine levels and would be appropriate for this patient.
The patient is 158 cm (6 ft. 2 in.) tall, weighs 81kg
(178 lbs.) and his BSA is 2.05 m2 Extremities reveal
Kettering Clinical simulation (Cardiac 1).pdf Kettering Clinical simulation (Cardiac 1).pdf Kettering Clinical simulation (Cardiac 1).pdf
Kettering
Cardiology
Clinical Simulation
Review and–Clinical
CardiacDecision-Making
1 Comprehensive
KetteringPractice.pdf
Clinical
Cardiology
Simulation
Review –
and
Cardiac
Clinical
1 Comprehensive
Decision-MakingCardiology
Practice Review and Clinical Decision-Making Practice.pdf
Kettering Clinical
Simulation – Cardiac 1
Comprehensive Cardiology
Review and Clinical
Decision-Making Practice
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_
Kettering Clinical Simulation – Cardiac 1 Comprehensive
Kettering Cardiology
Clinical Simulation
Review –
andCardiac
Clinical 1Decision-Making
Comprehensive
KetteringPractice.pdf
Cardiology
Clinical Simulation
Review –
andCardiac
Clinical 1Decision-Making
ComprehensivePractice.pdf
Cardiology Review and Clinical Decision-Making Practice.pdf
, Kettering Clinical simulation (Cardiac 1).pdf Kettering Clinical simulation (Cardiac 1) Kettering Clinical simulation (Cardiac 1).pdf
Cardiac - 1 Cardiac Output (Qt)
4.1 L/min.
You are the critical care specialist assigned to the
Intensive Care Unit of a 544 bed medical center. Arterial blood gases
As you arrive in the unit at 07:00 you are On an FIO2 of 0.55, PaO2 68 torr, pH 7.32, PaCO2 44 torr, HCO3- 21
requested to come to the bedside of the patient mEq/liter, SaO2 91%
in room 1119. The medical resident informs you
that the patient was admitted last night and had a CBC
quadruple-lumen, balloon tipped, flow directed, Hb 14.0 g%, Hct 41%, WBC 7700 mm3.
pulmonary artery catheter inserted soon after
admission. The resident asks you to confirm that ECG
the catheter and monitoring system is functioning Sinus tachycardia, spiked T waves, occasional PVC's.
properly. She also asks you to assist her in
interpreting the values currently being measured Chest auscultation
by the catheter. Fine crackles heard on the lower two-thirds of the posterior chest
during inspiration and expiration.
The patient is a 57 year old male with a history of
diabetes and mild "heart failure". Patient is Hemodynamic pressures
conscious, alert, appears to be in some MPAP 33 mmHg, PCWP 25 mmHg, CVP 5 mmHg
respiratory distress and is complaining of
dyspnea. Temperature 37.0oC (98.6oF), pulse Basic metabolic Panel (BMP) would include electrolytes, glucose,
116/min, respirations 22/min, and BP 141/96 mmHg. BUN and creatinine levels and would be appropriate for this patient.
The patient is 158 cm (6 ft. 2 in.) tall, weighs 81kg
(178 lbs.) and his BSA is 2.05 m2 Extremities reveal
Kettering Clinical simulation (Cardiac 1).pdf Kettering Clinical simulation (Cardiac 1).pdf Kettering Clinical simulation (Cardiac 1).pdf
