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Anesthesiology Curriculum: Foundations Through Independent Operating Room Practice
Subject: Anesthesiology Curriculum: Foundations Through Independent Operating Room Practice
50 chapters
Chapters
Learning Objectives slushwave chillstep · 4:24 A melodic deep-dive into the pharmacology and physiology of inhalational anesthesia, Learning Objectives breaks down essential concepts like MAC, partial pressure gradients, and blood-gas partition coefficients to help listeners understand how volatile agents work at the molecular level.
1 Respiratory classical · 4:02 Dive into the fundamentals of respiratory physiology as this chapter breaks down lung volumes, functional residual capacity, and the critical consequences of airway closure — essential knowledge for understanding why patient positioning and comorbidities like obesity and pregnancy dramatically impact anesthetic risk.
2 Cardiovascular slushwave chillstep · 4:39 A deep dive into cardiovascular physiology for anesthesiology trainees, covering the cardiac cycle, preload, the Frank-Starling mechanism, and the pressure-volume dynamics that govern every heartbeat in the operating room.
3 Central Nervous System jazz soul, rap bedroom pop · 2:59 A deep dive into cerebral blood flow and the brain's delicate regulatory systems, breaking down how pressure, carbon dioxide, and autoregulation work together to protect the central nervous system under anesthesia.
4 Autonomic and Neuromuscular slushwave chillstep · 4:39 Dive deep into the autonomic and neuromuscular systems as this chapter breaks down sympathetic and parasympathetic pathways, receptor pharmacology, and the physiological mechanisms that drive critical anesthesia decisions.
5 Renal, Hepatic, and Endocrine lo-fi, portuguese 16-bit, rap · 3:42 Covering the critical interplay between anesthesia and the renal, hepatic, and endocrine systems, this chapter equips learners with essential knowledge about how anesthetic agents affect organ blood flow, autoregulation, and hormonal responses during surgery.
6 Thermoregulation slushwave chillstep · 4:43 Dive into the physiology of anesthesia-induced thermoregulation, exploring how drugs like propofol trigger rapid core temperature loss through vasodilation and heat redistribution. You'll learn the distinct phases of perioperative heat loss and the mechanisms behind why maintaining patient temperature is one of anesthesiology's most critical challenges.
7 Acid–Base, Fluids, and Electrolytes classical · 4:48 Dive into the chemistry of life-sustaining balance as this chapter unpacks acid-base physiology through both Henderson-Hasselbalch and Stewart frameworks, illuminating how the lungs, kidneys, and electrolytes work in concert to regulate pH and keep patients stable under anesthesia.
8 Physiology of Pregnancy, Neonates, Infants, the Elderly, and Obesity lo-fi trap · 3:49 A deep dive into the physiological changes that reshape anesthesia management across the lifespan, from the hemodynamic shifts of pregnancy and the fragile adaptations of neonates to the altered pharmacokinetics of elderly and obese patients. Listeners will gain essential insight into how these unique physiologies demand tailored anesthetic approaches to ensure safety at every stage of life.
Self-Assessment slushwave chillstep · 5:21 A deep dive into the physiological challenges of managing obese patients under anesthesia, exploring how reduced functional residual capacity and compressed diaphragm mechanics shrink your safety margin during apnea — equipping learners with the clinical reasoning to pre-oxygenate strategically and anticipate rapid desaturation before it happens.
Learning Objectives slushwave chillstep · 4:39 Dive into the pharmacological foundations of propofol, exploring its mechanism of action, distribution kinetics, and critical side effects every anesthesiology student must master before stepping into the OR.
1 Principles lo-fi trap · 3:31 Dive into the foundational pharmacokinetic principles governing intravenous anesthesia, exploring how drugs like propofol distribute across compartments, why effect-site concentration lags behind plasma levels, and how infusion duration shapes recovery through context-sensitive half-time.
2 Inhaled Anesthetics classical · 5:03 Explore the pharmacokinetics of inhaled anesthetics, diving into how vapor pressure, boiling points, and blood-gas partition coefficients determine the speed and efficiency of induction for agents like desflurane, sevoflurane, and isoflurane.
3 Intravenous Induction and Sedative Agents lo-fi, portuguese 16-bit, rap · 3:54 Dive into the pharmacology of intravenous induction agents, with a deep focus on propofol's rapid onset, lipid-based metabolism, and critical hemodynamic and respiratory effects every anesthesia learner must master.
4 Opioids in Anesthesia lo-fi, portuguese 16-bit, rap · 3:27 Opioids are essential tools in anesthesia, and this track breaks down the key players — fentanyl, sufentanil, alfentanil, and remifentanil — covering their potency, pharmacokinetics, and the critical clinical tradeoffs every anesthesiologist must master.
5 Neuromuscular Blocking Drugs and Reversal slushwave chillstep · 4:32 Dive into the world of neuromuscular blocking agents, from the rapid depolarizing action of succinylcholine to the nuanced risks of malignant hyperthermia and enzyme deficiencies, then master the reversal strategies that safely restore muscle function before your patient leaves the OR.
6 Local Anesthetics jazz soul, rap bedroom pop · 3:55 Dive into the pharmacology of local anesthetics as you explore how sodium channel blockade, lipid solubility, protein binding, and pKa work together to determine potency, duration, and onset of action.
7 Cardiovascular Drugs lo-fi trap · 3:43 A deep dive into the essential cardiovascular drugs used in anesthesia, 7 Cardiovascular Drugs breaks down the receptor mechanisms and hemodynamic effects of agents like phenylephrine, epinephrine, and vasopressin, giving listeners a clear framework for understanding how each drug manipulates vascular tone and cardiac output in the operating room.
8 Other Perioperative Drugs lo-fi, portuguese 16-bit, rap · 3:20 A rhythmic deep-dive into perioperative pharmacology, covering antiemetic strategies like the Apfel risk score, ondansetron, dexamethasone, and scopolamine, plus aspiration prophylaxis agents that every anesthesia provider must know before entering the OR.
Self-Assessment jazz soul, rap bedroom pop · 3:35 A deep dive into context-sensitive half-times and opioid pharmacokinetics, exploring how fentanyl, sufentanil, and remifentanil behave differently during prolonged infusions and why duration of administration dramatically shapes how quickly patients emerge from anesthesia.
Learning Objectives lo-fi, portuguese 16-bit, rap · 3:30 A foundational deep dive into the systematic pre-anesthetic machine check, covering everything from oxygen supply verification and pressure gauges to vaporizer inspection and fresh gas flow — equipping learners with the disciplined habits that ensure patient safety before a single breath is taken.
1 Gas Supply and the Anesthesia Machine classical · 4:14 Covering the fundamentals of medical gas delivery, this chapter walks learners through pipeline systems, cylinder backups, pressure regulation, and the critical safety mechanisms that prevent hypoxic gas mixtures from ever reaching a patient.
2 Physics jazz soul, rap bedroom pop · 3:25 A deep dive into the foundational gas and flow laws governing anesthesia practice, from Boyle and Charles to Poiseuille, revealing how pressure, volume, temperature, and tube radius shape every breath a patient takes.
3 Airway and Ventilation Equipment lo-fi trap · 3:46 Covering the essential tools of airway management, this track breaks down laryngoscope blades, video systems, bougies, and stylets — equipping learners with the knowledge to select and use the right equipment for any clinical scenario.
4 Monitoring Equipment (physics and interpretation detailed in Module 4) slushwave chillstep Dive into the physics and clinical interpretation of essential anesthesia monitoring tools, from the Beer-Lambert principles behind pulse oximetry to the four-phase capnography waveform that reveals alveolar CO2 and perfusion dynamics.
5 Vascular Access Devices and Infusion Systems slushwave chillstep Dive into the essential world of vascular access as this chapter breaks down peripheral IV cannulas, gauge selection, flow dynamics, and safe insertion techniques, giving you the foundational knowledge to choose the right device and avoid common complications in any clinical setting.
Self-Assessment jazz soul, rap bedroom pop · 3:03 A deep dive into the meticulous pre-anesthesia machine checkout process, guiding learners through every critical inspection step—from high-pressure oxygen sources to flowmeters and APL valves—that must be mastered before a single patient breath is taken.
1 Standards jazz soul, rap bedroom pop · 3:13 Dive into the foundational standards that govern every anesthetic, exploring the five core pillars of patient monitoring — oxygenation, ventilation, circulation, and beyond — as defined by leading bodies like the ASA, AAGBI, and WHO. You'll come away understanding why these non-negotiable safeguards exist and how they form the backbone of every safe procedure.
2 Individual Monitors lo-fi trap Dive deep into the two essential monitors of anesthesia practice — pulse oximetry and capnography — uncovering how each works, what can fool them, and how to interpret their waveforms to catch problems before they become crises.
3 Point-of-Care Ultrasound lo-fi trap · 3:21 A deep dive into point-of-care ultrasound fundamentals, this track breaks down probe technique, vessel identification, and real-time dynamic guidance to help you master safe, precise vascular access and avoid critical errors like arterial infiltration.
Self-Assessment classical · 3:43 A deep dive into capnography waveform interpretation, Self-Assessment challenges learners to recognize and respond to critical patterns — from bronchospasm's shark-fin slope to the absent waveform signaling esophageal intubation — building the diagnostic confidence needed to act decisively at the monitor.
1 Anatomy and Assessment jazz soul, rap bedroom pop · 3:58 A rhythmic deep-dive into the essential anatomy of the airway — from the tongue base to the trachea — this track breaks down the critical nerves, structures, and pediatric variations every anesthesiology learner must master before stepping into the OR.
2 Techniques lo-fi trap · 4:01 Covering two essential preoxygenation and airway management techniques, this track breaks down the mechanics of mask ventilation, CPAP, apneic oxygenation, and airway adjuncts so you can maximize your safe apnea time and maintain a patent airway under pressure.
3 Difficult Airway Algorithms lo-fi trap · 3:42 A deep dive into the structured decision-making frameworks that guide clinicians through challenging airway management, teaching the critical progression from patient assessment to executing backup plans when standard intubation techniques fall short.
Self-Assessment slushwave chillstep · 4:21 Navigating the high-stakes challenge of the difficult airway, this chapter walks through the clinical decision-making and hands-on technique behind awake fiberoptic intubation, from patient preparation and topicalization to sedation strategy and scope navigation.
1 General Approach classical · 4:48 A foundational overview of the anesthesiologist's pre-operative approach, guiding learners through chart review, patient history assessment, functional capacity evaluation, and ASA risk stratification before a patient ever enters the operating room.
2 Cardiovascular Disease classical · 4:19 Diving deep into cardiovascular disease as it applies to anesthesia, this chapter walks you through ischemic heart disease, stent timing, DAPT considerations, and coronary anatomy so you can confidently assess and manage cardiac risk before a patient ever reaches the operating table.
3 Respiratory Disease slushwave chillstep · 4:47 Dive deep into the respiratory conditions that shape anesthetic decision-making, from asthma's reactive airways and bronchospasm management to COPD's obstructive physiology and the dangers of auto-PEEP.
4 Endocrine and Metabolic slushwave chillstep · 4:07 Dive into the critical world of perioperative endocrine and metabolic management, where glucose control, insulin protocols, and medication timing can make or break surgical outcomes. You'll learn how drugs like SGLT2 inhibitors and GLP-1 agonists carry hidden risks in the OR — and how to navigate them with precision.
5 Renal, Hepatic, and Hematologic jazz soul, rap bedroom pop · 3:55 Dive deep into the critical intersections of kidney, liver, and blood disorders as they shape anesthesia decision-making, covering everything from CKD and hyperkalemia management to dangerous drug accumulation and dosing adjustments that keep patients safe in the OR.
6 Neurologic and Neuromuscular lo-fi trap · 3:59 Diving deep into neurologic and neuromuscular considerations for anesthesia, this chapter covers critical topics like carotid artery disease, embolic risk management, cerebral perfusion, and seizure medications — equipping learners with the knowledge to safely navigate complex neuro cases in the OR.
7 Other classical · 3:32 Exploring the airway challenges posed by autoimmune and connective tissue disorders, this chapter equips learners with the critical assessment skills and advanced techniques needed to safely manage difficult airways in patients with rheumatoid arthritis, ankylosing spondylitis, scleroderma, lupus, and beyond.
Self-Assessment lo-fi, portuguese 16-bit, rap · 3:26 Dive into the ACC/AHA framework for preoperative cardiac evaluation, learning how to assess functional capacity and determine when non-invasive testing is warranted before taking a vascular patient to the operating room.
1 Planning and Preparation lo-fi trap · 3:56 A deep dive into the critical groundwork that happens before a patient ever reaches the operating room, covering airway assessment, anesthetic technique selection, and line planning so you can walk into any case confident and prepared.
2 Induction classical · 3:19 Covering the two primary pathways to inducing unconsciousness — intravenous and inhalational — listeners will learn how to select and combine induction agents based on hemodynamic status, including critical dose adjustments for compromised patients.
3 Maintenance lo-fi trap · 3:43 Covering the critical decision-making between volatile agents and TIVA, this chapter breaks down how to tailor anesthetic maintenance to each patient's risk factors, from malignant hyperthermia to PONV, while mastering pharmacokinetic models like Marsh, Schnider, Eleveld, and Minto for precise TCI-guided drug delivery.
4 Emergence and Extubation lo-fi trap · 3:59 Covering the critical transition from anesthesia to wakefulness, this chapter walks you through the science and timing of safe emergence, including neuromuscular reversal agents like neostigmine and sugammadex, TOF monitoring, and the key steps required before a patient can be safely extubated.
5 Sedation and Monitored Anesthesia Care lo-fi, portuguese 16-bit, rap · 3:36 Tracing the full spectrum from minimal anxiolysis to general anesthesia, this track breaks down the four levels of sedation and the critical physiological and clinical distinctions that define each stage, equipping listeners to recognize and manage the shifting demands of monitored anesthesia care.
6 Ambulatory and Office-Based Anesthesia lo-fi, portuguese 16-bit, rap · 3:09 Dive into the essentials of ambulatory and office-based anesthesia, covering patient selection criteria, safety screening, and the key considerations that determine whether someone is a candidate for same-day surgery without an overnight stay.
Self-Assessment jazz soul, rap bedroom pop · 3:30 Covering the anesthetic management of high-risk patients, including obesity, OSA, and laparoscopic considerations, this track walks you through airway strategies, positioning, ventilation optimization, and the physiological challenges of pneumoperitoneum.