Question: Mr. Lewis, A 46-year-old Male, Was Shot On The Right Side Of The Chest. He Is Currently In The Progressive Care Unit. His Arterial Blood Gases Are As Follows: PH 7.30, PaO2 88 Mm Hg, PaCO2 50 Mm Hg, HCO3 26 MEq/L. 1. Does Mr. Lewis Have An Acid-base Imbalance? If So, What Type Of Imbalance? 2. What Likely Caused Mr. Lewis To Have This Condition? Explain ...

Mr. Lewis, a 46-year-old male, was shot on the right side of thechest. He is currently in the progressive care unit. His arterialblood gases are as follows: pH 7.30, PaO2 88 mm Hg, PaCO2 50 mm Hg,HCO3 26 mEq/L.

1. Does Mr. Lewis have an acid-base imbalance? If so, what typeof imbalance?

2. What likely caused Mr. Lewis to have this condition? Explainthe pathophysiology for the likely etiology of the imbalanceidentified in #1.

3. Mr. Lewis’s condition continues to deteriorate. What actionsshould be taken to restore Mr. Lewis’s acid-base balance? Identify3 pharmacologic and 4 nonpharmacologic interventions.

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Question: Analyze The Following ABGs. Determine The Following: • Major Acid-base Imbalance (respiratory Acidosis Or Alkalosis, Metabolic Acidosis Or Alkalosis) • Compensation (non-compensating, Partial, Or Full) • Example Of A Disease Process Which Could Cause The Imbalance • Level Of Hypoxemia 1 PH 7.12 CO2 54 HCO3 24 PO2 58 Acid-Base Imbalance Disease …
Question: Analyze The Following ABGs. Determine The Following: • Major Acid-base Imbalance (respiratory Acidosis Or Alkalosis, Metabolic Acidosis Or Alkalosis) • Compensation (non-compensating, Partial, Or Full) • Example Of A Disease Process Which Could Cause The Imbalance Level Of Hypoxemia . . PH 7.44 CO2 29 HCO3 20 PO2 85 Acid-Base Imbalance PH 7.38 …
Question: Analyze The Following ABGs. Determine The Following: • Major Acid-base Imbalance (respiratory Acidosis Or Alkalosis, Metabolic Acidosis Or Alkalosis) • Compensation (non-compensating, Partial, Or Full) • Example Of A Disease Process Which Could Cause The Imbalance Level Of Hypoxemia . PH 7.38 Co CO2 42 HCO3 22 PO2 88 Acid-Base Imbalance: Disease …
Question: A Pharmacist Receives The Following Order For A Hyperalimentation Solution: Strength Commercially Available Amino Acids 8.5% 500 Ml Amino Acids 8.5% Dextrose 70% 500 Ml Dextrose 70% Sodium Chloride 20 MEq NaCl 4 MEq/ml Potassium Chloride 15 MEq KCl 2 MEq/ml Magnesium Sulfate 8 MEq Magnesium Sulfate 4.08 MEq/ml Calcium Gluconate 12 MEq Calcium Gluconate …
Question: What Is The Role Of The Respiratory System In Regulating Carbonic Acid (carbon Dioxide)? 2. What Is The Role Of The Kidneys In Regulating Bicarbonate Ion And Acids Other Than Carbonic Acid? 3. How Do The Lungs Compensate For Acid-base Imbalances Caused By Altered Levels Of Metabolic Acids? 4. How Do The Kidneys Compensate For Acid–base Imbalances …
Question: QUESTION 19 A Pharmacist Receives The Following Order For A Hyperalimentation Solution: Strength Commercially Available Amino Acids 8.5% 500 Ml Amino Acids 8.5% Dextrose 70% 500 Ml Dextrose 70% Sodium Chloride 20 MEq NaCl 4 MEq/mi Potassium Chloride 15 ML4 KCl 2 MEq/rril Magnesium Sulfato 8 MEq Magnesium Sulfate 4.08 MEq/ml Calcium Gluconate 12 MEq …
Question: A 70-year-old Man Recovering From Hip Replacement Surgery Developed Fever, Hypoxemia, And Shortness Of Breath. After He Was Given 100% O2 For 30 Minutes, His Laboratory Results Were As Follows: PaO2 = 90 Mm Hg [HCO3−] = 22 MEq/L PaCO2 = 33 Mm Hg [Hb] = 15 G% PH = 7.46 SaO2 = 95% The Response To 100% O2 Reveals That The Patient Has Which Of The Following? …
Question: Which Of The Following Interventions Would Be Most Appropriate For A Male Patient With An Arterial Blood Gas (ABG) Of PH 7.5, PaCO2 26 Mm Hg, O2 Saturation 96%, HCO3 24 MEq/L, And PaO2 94 Mm Hg? Instruct The Patient To Breathe Into A Paper Bag O Administer Prescribed Supplemental Oxygen Administer Sodium Bicarbonate Intravenously Offer The Patient Fluids …
Question: 5. рн 7.30 Рco 30 MmHg HCO 16 MEq/ Normal 7.35-7.45 35-45 MmHg 22-28 MEq/L Acidosis Or Alkalosis Respiratoryor Metabolic Compensation: Renal, Respiratoryor Not 6. PH 7.30 PCO, 50 MmHg HC0i 25 MEq/ Normal 7.35-7.45 35-45 MmHg 22-28 MEq/L Acidosis Or Alkalosis Respiratoryor Metabolic Compensation: Renal, Respiratoryor Not 7. PH 7.28 PCO 85 MmHg HCO3 …
Question: Case Study 36-2 Abigail Johnson, A Patient Of Dr. Lewis, Has Been Unable To Keep Her Type 2 Non-insulin Dependent Diabetes Mellitus Under Control With Oral Hypoglycemic, And Dr. Lewis Has Decided That Abigail Needs To Begin To Take Insulin Injections. Today In The Clinic, Her Fasting Blood Glucose Level Is 190 Mg/mL. Dr. Lewis Prescribes Humulin® Insulin …

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