Vt 19 - Samenvattingen, Aantekeningen en Examens

NBRC Therapist Multiple Choice Self Assessment Examination 2020 B 2024/2025. A patient with a PBW of 55 kg (121 lb) is receiving VC, A/C ventilation. Ventilator settings and blood gas analysis results are: FIO2 0.70 Mandatory rate 14 VT 350 mL PEEP 5 cm H2O pH 7.35 PaCO2 35 mm Hg PaO2 40 mm Hg HCO3 - 19 mEq/L BE -6 mEq/L SO2 (calc) 74% A respiratory therapist should recommend A. changing to SIMV mode. B.√ increasing to 10 cm H2O PEEP. C. changing to 5 cm H 2O CPAP. D...

BKAT ICU Post Test COMPLETE EXAM 2023 1. Nitroprusside purpose: decreases preload and afterload by vasodilation (mainly afterload) 2. Dobutamine mechanism of action: contractility 3. Dopamine at a low-end dose "renal dose": 0.5-4mcg/kg/min increases renal and mesentric perfusion 4. Dopamine at a mid-range dose: 4-10mcg/kg/min increases contractility and heart rate 5. Dopamine at a high-range dose: greater than 10mcg/kg/min vasoconstriction and increases BP 6. Dopamine and Levophed in...

A 52 year-old post-operative cholecystectomy patient's breath sounds become more coarse upon completion of postural drainage with percussion. The respiratory therapist should recommend: A. Continuing the therapy until breath sounds improve. B. administering dornase alpha. C. administering albuterol therapy. D. deep breathing and coughing to clear secretions. - correct answer D. deep breathing and coughing to clear secretions. See Patient Assessment A healthy adult female can exhal...

1. Nitroprusside purpose: decreases preload and afterload by vasodilation (mainly afterload) 2. Dobutamine mechanism of action: contractility 3. Dopamine at a low-end dose "renal dose": 0.5-4mcg/kg/min increases renal and mesentric perfusion 4. Dopamine at a mid-range dose: 4-10mcg/kg/min increases contractility and heart rate 5. Dopamine at a high-range dose: greater than 10mcg/kg/min vasoconstriction and increases BP 6. Dopamine and Levophed infiltration: leads to tissue necrosis 7...

A patient with a PBW of 55 kg (121 lb) is receiving VC, A/C ventilation. Ventilator settings and blood gas analysis results are: FIO2 0.70Mandatory rate 14VT 350 mLPEEP 5 cm H2O pH 7.35PaCO2 35 mm HgPaO2 40 mm HgHCO3- 19 mEq/LBE -6 mEq/LSO2 (calc) 74% A respiratory therapist should recommend A. changing to SIMV mode. B. increasing to 10 cm H2O PEEP. C. changing to 5 cm H2O CPAP. D. increasing to 400 mL VT. - B. Increasing to 10 cmH20 PEEP When instructing a patient on the administration...

NBRC THERAPIST FORUM B 2020 EXAM LATEST WITH ACCURATE QUESTIONS AND CORRECT VERIFIED ANSWERS|100% GUARANTEED TO PASS CONCEPTS A patient with a PBW of 55 kg (121 lb) is receiving VC, A/C ventilation. Ventilator settings and blood gas analysis results are: FIO2 0.70 Mandatory rate 14 VT 350 mL PEEP 5 cm H2O pH 7.35 PaCO2 35 mm Hg PaO2 40 mm Hg HCO3- 19 mEq/L BE -6 mEq/L SO2 (calc) 74% A respiratory therapist should recommend: A. changing to SIMV mode. B. Increasing to 10 cm ...

TMC Practice Exam - B A patient with a PBW of 55 kg (121 lb) is receiving VC, A/C ventilation. Ventilator settings and blood gas analysis results are: FIO2 0.70Mandatory rate 14VT 350 mLPEEP 5 cm H2O pH 7.35PaCO2 35 mm HgPaO2 40 mm HgHCO3- 19 mEq/LBE -6 mEq/LSO2 (calc) 74% A respiratory therapist should recommend A. changing to SIMV mode. B. increasing to 10 cm H2O PEEP. C. changing to 5 cm H2O CPAP. D. increasing to 400 mL VT. - B. Increasing to 10 cmH20 PEEP When instructing ...

A patient with a PBW of 55 kg (121 lb) is receiving VC, A/C ventilation. Ventilator settings and blood gas analysis results are: FIO2 0.70 Mandatory rate 14 VT 350 mL PEEP 5 cm H2O pH 7.35 PaCO2 35 mm Hg PaO2 40 mm Hg HCO3 - 19 mEq/L BE -6 mEq/L SO2 (calc) 74% A respiratory therapist should recommend A. changing to SIMV mode. B.√ increasing to 10 cm H2O PEEP. C. changing to 5 cm H 2O CPAP. D. increasing to 400 mL V T. EXPLANATIONS (h) A. Changing to SIMV will n...

The National Board for Respiratory Care, Inc. Therapist Multiple-Choice SAE (Form 2020 B) INDIVIDUAL FEEDBACK REPORT (Questions and Answers) A respiratory therapist should recommend A. changing to SIMV mode. B.√ increasing to 10 cm H2O PEEP. C. changing to 5 cm H2O CPAP. D. increasing to 400 mL VT . EXPLANATIONS (h) A. Changing to SIMV will not treat the hypoxemia. It may also cause a decrease in minute ventilation and adverse changes in the acid-base status. (c) B. The increase in PE...

A patient with a PBW of 55 kg (121 lb) is receiving VC, A/C ventilation. Ventilator settings and blood gas analysis results are: FIO2 0.70 Mandatory rate 14 VT 350 mL PEEP 5 cm H2O pH 7.35 PaCO2 35 mm Hg PaO2 40 mm Hg HCO3 - 19 mEq/L BE -6 mEq/L SO2 (calc) 74% A respiratory therapist should recommend A. changing to SIMV mode. B.√ increasing to 10 cm H2O PEEP. C. changing to 5 cm H2O CPAP. D. increasing to 400 mL VT . EXPLANATIONS (h) A. Changing to SIMV will not treat th...