Канал: vipul talks

Adrenergic Receptor Functions (alpha-1, beta-1, beta-2)

Adrenergic Receptor Functions (alpha-1, beta-1, beta-2)

Opioids 5 - Kinetics and Context Sensitive Half-time

Opioids 5 - Kinetics and Context Sensitive Half-time

Postoperative Nausea and Vomiting 1 - Risk, Receptors and Pathways

Postoperative Nausea and Vomiting 1 - Risk, Receptors and Pathways

Pulmonary Anatomy and Mechanics 2 - Lung volumes, FRC and oxygen consumption

Pulmonary Anatomy and Mechanics 2 - Lung volumes, FRC and oxygen consumption

Local Anesthetics 1 - Basic Structure and Function

Local Anesthetics 1 - Basic Structure and Function

Non-depolarizing NMB 2 - TOF Monitoring

Non-depolarizing NMB 2 - TOF Monitoring

Hypoxemia 2 - Approach to hypoxemic patient

Hypoxemia 2 - Approach to hypoxemic patient

Postoperative Nausea and Vomiting 2 - Prophylaxis agents

Postoperative Nausea and Vomiting 2 - Prophylaxis agents

Pulmonary Anatomy and Mechanics 3 - Closing Capacity

Pulmonary Anatomy and Mechanics 3 - Closing Capacity

Local Anesthetics 3 - Onset, Potency, Duration

Local Anesthetics 3 - Onset, Potency, Duration

Anesthesia Machine - Circle Circuit Part 1

Anesthesia Machine - Circle Circuit Part 1

Adrenergic Agonists 4 - Norepinephrine

Adrenergic Agonists 4 - Norepinephrine

Cardiac 5 - Oxygen Delivery (DO2), VO2, CaO2, SVO2, ScVO2

Cardiac 5 - Oxygen Delivery (DO2), VO2, CaO2, SVO2, ScVO2

Adrenergic Agonists 3 - Ephedrine

Adrenergic Agonists 3 - Ephedrine

Ventilator Modes 1 - Volume and Pressure Control, Pressure Support

Ventilator Modes 1 - Volume and Pressure Control, Pressure Support

Airway Management 2 - Intubation

Airway Management 2 - Intubation

Induction Agents 4 - Clinical Applications

Induction Agents 4 - Clinical Applications

Cardiac 4 - CRRAP Goals, Aortic Stenosis

Cardiac 4 - CRRAP Goals, Aortic Stenosis

Ventilator Types 1 - Bellows Ventilator

Ventilator Types 1 - Bellows Ventilator

Induction 1 - "Normal" Induction and Aspiration Risk

Induction 1 - "Normal" Induction and Aspiration Risk

Induction 3 - Titrated Induction

Induction 3 - Titrated Induction

Adrenergic Agonists 5 - Epinephrine

Adrenergic Agonists 5 - Epinephrine

Ventilator Types 2 - Piston Ventilator

Ventilator Types 2 - Piston Ventilator

Adrenergic Agonists 6 - Receptor Affinity Comparison

Adrenergic Agonists 6 - Receptor Affinity Comparison

Adrenergic Agonists 1 - Comparing Vasopressors and Inodilators

Adrenergic Agonists 1 - Comparing Vasopressors and Inodilators

Anesthesia Machine Basic Functions 1 - Primary pipelines and gas cylinders

Anesthesia Machine Basic Functions 1 - Primary pipelines and gas cylinders

Anesthesia Machine Basic functions 3 - Vaporizers, Gas Delivery

Anesthesia Machine Basic functions 3 - Vaporizers, Gas Delivery

Inhalational Agents 1 - MAC, Partial Pressure Anesthetic Gasses

Inhalational Agents 1 - MAC, Partial Pressure Anesthetic Gasses

Cardiac 3 - Blood Pressure

Cardiac 3 - Blood Pressure

Induction 4 - RSI Steps and Fasting Guidelines

Induction 4 - RSI Steps and Fasting Guidelines

Anesthesia Machine Basic Functions 2 - Flow Control, High vs Low Pressure Components

Anesthesia Machine Basic Functions 2 - Flow Control, High vs Low Pressure Components

Induction Agents 2 - Etomidate

Induction Agents 2 - Etomidate

Induction Agents 3 - Ketamine

Induction Agents 3 - Ketamine

Ventilator Modes 2 - PEEP

Ventilator Modes 2 - PEEP

Adrenergic Agonists 2 - Phenylephrine

Adrenergic Agonists 2 - Phenylephrine

Induction 2 - Rapid Sequence Intubation and Conflicts

Induction 2 - Rapid Sequence Intubation and Conflicts

Airway Management 1 - Bag Mask Ventilation

Airway Management 1 - Bag Mask Ventilation

Induction Agents 1 - Propofol

Induction Agents 1 - Propofol

Anesthesia Machine - Circle Circuit Part 2

Anesthesia Machine - Circle Circuit Part 2

Cardiac 2 - Preload, Afterload

Cardiac 2 - Preload, Afterload

Ventilator Types 3 - Turbine Ventilator

Ventilator Types 3 - Turbine Ventilator

Cardiac 1 - Blood pressure determinants, stroke volume, pressure volume curve, contractility

Cardiac 1 - Blood pressure determinants, stroke volume, pressure volume curve, contractility

Neuraxial Anatomy and Physiology 1 - Sympathetic Blockade

Neuraxial Anatomy and Physiology 1 - Sympathetic Blockade

Dead Space 2 - Calculating Dead Space, Capnography and EtCO2

Dead Space 2 - Calculating Dead Space, Capnography and EtCO2

Neuraxial Anatomy and Physiology 3 - Clinical Physiology

Neuraxial Anatomy and Physiology 3 - Clinical Physiology

Hypoxemia 3 - O2 delivery devices

Hypoxemia 3 - O2 delivery devices

Local Anesthetics 7 - Local Anesthetic Systemic Toxicity (LAST)

Local Anesthetics 7 - Local Anesthetic Systemic Toxicity (LAST)

NMB Intro

NMB Intro

Hypoxemia 1 - Differential

Hypoxemia 1 - Differential

Pulmonary Anatomy and Mechanics 4 - Atelectasis

Pulmonary Anatomy and Mechanics 4 - Atelectasis

Local Anesthetics 5 - Systemic Absorption and Potential Toxicity

Local Anesthetics 5 - Systemic Absorption and Potential Toxicity

Shunt 3 - VQ mismatch spectrum

Shunt 3 - VQ mismatch spectrum

Shunt 1 - Basics, Common Causes of Shunt

Shunt 1 - Basics, Common Causes of Shunt

Opioids 4 - Respiratory and Cardiovascular Effects

Opioids 4 - Respiratory and Cardiovascular Effects

Inhalational Agents 3 - Inhalational Onset Time Factors Overview

Inhalational Agents 3 - Inhalational Onset Time Factors Overview

Pharmacokinetics Part 2 - Volume of Distribution, 3 Compartment Model

Pharmacokinetics Part 2 - Volume of Distribution, 3 Compartment Model

Local Anesthetics 6 - Volume of Distribution for Local Anesthetics

Local Anesthetics 6 - Volume of Distribution for Local Anesthetics

Opioids 1 - Overview

Opioids 1 - Overview

Pulmonary Gas Exchange 3 - Alveolar Gas Equation (Specific Applications)

Pulmonary Gas Exchange 3 - Alveolar Gas Equation (Specific Applications)

Pulmonary Gas Exchange 1 - O2 Uptake and CO2 Elimination 1

Pulmonary Gas Exchange 1 - O2 Uptake and CO2 Elimination 1

Pulmonary Gas Exchange 2 - Alveolar Gas Equation

Pulmonary Gas Exchange 2 - Alveolar Gas Equation

Dead Space 3 - Differential, PE, Low CO, PEEP

Dead Space 3 - Differential, PE, Low CO, PEEP

Neuraxial Anatomy and Physiology 2 - Somatic Blockade

Neuraxial Anatomy and Physiology 2 - Somatic Blockade

Shunt 2 - Why is PaCO2 Unaffected by Shunt?

Shunt 2 - Why is PaCO2 Unaffected by Shunt?

Inhalational Agents 4 - Solubility Effect on Inhalational Onset

Inhalational Agents 4 - Solubility Effect on Inhalational Onset

Dead Space 4 - Why is PaO2 unaffected by dead space?

Dead Space 4 - Why is PaO2 unaffected by dead space?

Non-depolarizing NMB 3 - Rocuronium, Cisatracurium, Reversal Agents

Non-depolarizing NMB 3 - Rocuronium, Cisatracurium, Reversal Agents

Opioids 3 - Side Effects

Opioids 3 - Side Effects

Inhalational Agents 2 - FA over Fi, Inhalational Uptake

Inhalational Agents 2 - FA over Fi, Inhalational Uptake

NMB Succinylcholine

NMB Succinylcholine

Pulmonary Gas Exchange 4 - Hypoxemia vs Hypoxia, Oxygen-Hemoglobin dissociation curve

Pulmonary Gas Exchange 4 - Hypoxemia vs Hypoxia, Oxygen-Hemoglobin dissociation curve

Neuraxial Anatomy and Physiology 4 - Neuraxial Opioids

Neuraxial Anatomy and Physiology 4 - Neuraxial Opioids

Dead Space 1 - Basics, Physiologic dead space: alveolar and anatomic components

Dead Space 1 - Basics, Physiologic dead space: alveolar and anatomic components

Inhalational Agents 5 - % Inspired Gas and Minute Ventilation Effects on Inhalational Onset

Inhalational Agents 5 - % Inspired Gas and Minute Ventilation Effects on Inhalational Onset

Opioids 2 - CNS Effects and Sites of Action

Opioids 2 - CNS Effects and Sites of Action

Non-depolarizing NMB 1 - General info, resistance and sensitivity

Non-depolarizing NMB 1 - General info, resistance and sensitivity

Local Anesthetics 4 - Dosing

Local Anesthetics 4 - Dosing

Pharmacokinetics Part 1 - IV Drug Distribution

Pharmacokinetics Part 1 - IV Drug Distribution

Local Anesthetics 8 - Direct Local Anesthetic Toxicity

Local Anesthetics 8 - Direct Local Anesthetic Toxicity

Inhalational Agents 6 - Cardiac Output Effect on Inhalational Onset

Inhalational Agents 6 - Cardiac Output Effect on Inhalational Onset

Local Anesthetics 2 - Sensitivity of Nerve Fibers

Local Anesthetics 2 - Sensitivity of Nerve Fibers

Pulmonary Anatomy and Mechanics 1 - Basics and chest wall compliance

Pulmonary Anatomy and Mechanics 1 - Basics and chest wall compliance

Vipul talks - Anesthesia Foundations - 5. Neuromuscular Blockade Part I

Vipul talks - Anesthesia Foundations - 5. Neuromuscular Blockade Part I

Vipul talks - Anesthesia Foundations - 5. Neuromuscular Blockade Part II

Vipul talks - Anesthesia Foundations - 5. Neuromuscular Blockade Part II

Vipul talks - Anesthesia Foundations - 3. IV Anesthetics

Vipul talks - Anesthesia Foundations - 3. IV Anesthetics

Vipul talks - Anesthesia Foundations - 1. Pharmacology

Vipul talks - Anesthesia Foundations - 1. Pharmacology