Intensive Care

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Blood Pressure: Understand the EquationRAP is lower than LAPPDA-Dependent CirculationSvO₂: A Window into O₂ Delivery vs. DemandDesaturation in Single Ventricle PhysiologyEstimating Intracardiac PressuresSingle Ventricle PhysiologyMeaning of Aortic Pressure ComponentsResidual VSD: It’s Not All the SameECMO & AfterloadECMO & Mixing zoneRight-Side vs Left-Heart Failure Rethinking the RV: It’s the “Second Systemic Pump”Pressure-Volume LoopPV Loop and PreloadPV Loop and AfterloadPV Loop and InotropyPV Loop -Preload, Afterload, and Inotropy-Pulmonary Artery Banding (PAB)BTT Shunt EF Drop After Volume Overload ReliefPost-Repair Left Ventricular Response — Beyond “Afterload Mismatch”Fundamental Laws of HemodynamicsModified BTT Shunt vs RV–PA Conduit in the Norwood CirculationCore Hyperthermia Before Cardiac SurgeryLymphatic CirculationAortic Pressure Components — Clinical InsightsChronic Hypoxemia — more than “low O₂”LVEDP—Beyond “Preload”Postoperative Hypertension after Coarctation RepairRestrictive Right Ventricular Physiology Pulmonary Atresia with Intact Ventricular Septum (PA/IVS) Fontan Circulation — Pressure GradientCoarctation of the Aorta (CoA) — #7 Postoperative ManagementTetralogy of Fallot (TOF) — #7 Postoperative ManagementResidual VSD — Not All the SamePhysiology after TOF Repair #1: Pre- and Postoperative HemodynamicsPhysiology after TOF Repair #2: Restrictive PhysiologyPhysiology after TOF Repair #3: Residual VSD—Same Finding, Different PhysiologySupravalvular Aortic Stenosis: Perioperative StrategyQp/Qs in Single Ventricle: Bedside ApproximationLymphatic Circulation #2: What Drives Lymph Flow?Lymphatic Circulation #3: Failure in Fontan CirculationGlenn Circulation #1: Principle of Stage 2 PalliationGlenn Circulation #2: Cavopulmonary AnastomosisGlenn Circulation #3: Determinants of Post-Glenn SpO₂Glenn Circulation #4: The Glenn ParadoxGlenn Circulation #5: Why Glenn Circulation Fails Over TimeGlenn Circulation #6: Pulsatile GlennGlenn Circulation #7: High-Risk Indicators for Fontan CompletionBalancing Pulmonary Flow & Cardiac FunctionShunts and Collaterals #1: Systemic-to-Pulmonary ShuntsShunts and Collaterals #2: Pulmonary Arteriovenous MalformationsShunts and Collaterals #3: Veno-venous CollateralsPeripheral VA-ECMO #3: Afterload and LV DecompressionTricuspid Valve #4: TR PhysiologyTet Spell in the OR #1: Physiologic Stabilization Before Definitive RepairSystemic-Pulmonary Shunt #1: Modified BTT ShuntSystemic-Pulmonary Shunt #3: BTT Shunt vs RV-PA ShuntLeft-to-Right Shunting #1: Basic PhysiologyLeft-to-Right Shunting #2: Representative LesionsRight-to-Left Shunting #1: Basic PhysiologyRight-to-Left Shunting #2: Representative LesionsFundamental Principles of Hemodynamics #1: Hemodynamic Ohm’s Law in CirculationFundamental Principles of Hemodynamics #2: Bernoulli’s PrincipleFundamental Principles of Hemodynamics #3: Hagen–Poiseuille’s LawFundamental Principles of Hemodynamics #4: Laminar vs Turbulent FlowFundamental Principles of Hemodynamics #5: Laplace’s LawRight Ventricle: The Second Systemic PumpShunts and Collaterals: SP shunts, Pulmonary AVM, and VV collateralsLVAD Hemodynamics: Interpreting RAP, LAP, and Inlet PressureSingle-Ventricle Circulation: From Parallel Flow to Fontan Series CirculationPDA-Dependent Circulation #1: Ductal Pulmonary Blood FlowPDA-Dependent Circulation #2: Systemic Ductal DependencePDA-Dependent Circulation #3: PGE₁—Why It Matters and Key CautionsPulmonary Artery Banding #1: Concept and PhysiologyPulmonary Artery Banding #2: PAB in Biventricular RepairPulmonary Artery Banding #5: Main PA Banding TechniquePulmonary Artery Banding #6: Bilateral PA BandingPulmonary Artery Banding (PAB) — Series: #1–6Physiology after TOF Repair: RV Restriction, LV Preload, and Residual VSD

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