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diagnosis acidbase acidosis alkalosis clinical differential disorders cardiology metabolic nephrology respiratory ultrasound bloodgas compensation interpretation management a4c abg algorithm comparison
PLACO Mnemonic - Approach to Acid-Base Disorders P - Determine the pH L - Labs: PCO2 & HCO3 A
- Approach to Acid-Base ... pH L - Labs: PCO2 ... PLACO #AcidBase #Acid ... #Base #diagnosis
Acid Base Compensation - Directions - If all three variables (pH, HCO2, pCO2) move in the
Acid Base Compensation ... variables (pH, HCO2, pCO2
Acid-Base Disorders - Differential Diagnosis Algorithm Acidemia (pH < 7.35) • Metabolic Acidosis (HCO3 < 24mmol/L) CO2
Acid-Base Disorders ... Respiratory Acidosis (pCO2 ... Respiratory Alkalosis (pCO2
Acid Base and Blood Gas Analysis 1. pH - What’s the primary disturbance? 2. pCO2 - What’s the
Acid Base and Blood ... 2. pCO2 - What’s ... the pCO2? ... nickmmark #acidbase #workup
Approach to Acid Base Disorders - Evaluation and Differential Diagnosis 1) Start with the Anion Gap (AG). 2)
Approach to Acid ... Generally, for acid ... and ~5 mmHg to pCO2 ... @EmmGeezee #Acid ... #Evaluation #workup
Acid Base Disorders Worksheet Step 1: Gather the necessary data (Na+, CI-, HCO3-, PH, pCO2). Preferably, all
Acid Base Disorders ... CI-, HCO3-, PH, pCO2 ... . 3a: If pCO2 ... joshsteinbergMD #Acid ... #Base #Disorders
Initial Clinical and Laboratory Data Base for Defining Major Syndromes in Nephrology #Major #Syndromes #Nephrology #Diagnosis #Workup
Laboratory Data Base ... Nephrology #Diagnosis #Workup ... #Differential #Table
Acid Base Disorders - Blood Gas Interpretation Steps for Blood Gas Interpretation: 1. Acidemia or Alkalemia? 2.
Acid Base Disorders ... 7.35-7.45 • PaCO2 ... 35-45 mmHg • PaO2 ... ABG #bloodgas #Acid ... #Base #Gas #VBG
Blood Gas (ABG) Interpretation and Acid-Base Pathology 1- Does the patient have an acidosis or an alkalosis?
Interpretation and Acid-Base ... Look at the pCO2 ... Metabolic Equal (If pCO2 ... the change in pCO2 ... need to do more work
Acid-Base Disorders - Expected Compensation Equations Metabolic Acidosis: • pCO2 = 1.5 x HCO3 + 8 ±
Acid-Base Disorders ... Acidosis: • pCO2 ... ∆ HCO3 ↓ 1 → ∆ pCO2 ... ∆ HCO3 ↓ 4 #Acid ... #Base #AcidBase
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