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The Plasma Concentration Versus Time Profile Plotted on Both Linear (Blue Line, Left Y-Axis) and Logarithmic (Red Line, Right Y-Axis) Scales for a Hypothetical Drug Exhibiting One-Compartment, First-Order Pharmacokinetics
The Progression of Intracardiac Pressures from Central Venous Pressure to End-Diastolic Left Ventricular Pressure
The Recovery Times to Orientation after Anesthesia of Varying Durations
The Relationship Between Liver Blood Flow (Q, x-Axis) and Hepatic Clearance (Cl (H), Y-Axis) for Different Values of Intrinsic Clearance (Cl(i))
The Relationship Between the Frequency of Fluid-Filled Transducing Systems and Damping
The Rise in Alveolar (F (A)) Anesthetic Concentration Toward the Inspired (F(I)) Concentration is Most Rapid with the Least Soluble Anesthetics, N(2)O (Nitrous Oxide), Desflurane, and Sevoflurane
The Semisupine Position with Dorsal Pads Supporting the Torso, the Extended Arm Padded at the Elbow, and the Elevated Arm Restrained on a Well-Cushioned, Adjustable Overhead Bar (A)
The Shikani Seeing Optical Stylet (Clarus Medical, LLC, Minneapolis, MN).B: The Levitan Fps
The Spinal Meninges of a Dog, Showing the Pia Mater (PM) in Apposition to the Spinal Cord, the Subarachnoid Space (SS), the Arachnoid Mater (AM) with Trabeculae Stretching from the Arachnoid Mater to the Pia Mater, and the Dura Mater (DM)
The Standard Lateral Decubitus Position
The Surgical Laryngoscope and the Jet Ventilator Needle.B: The Surgical View of the Laryngoscope Positioned in the Patient's Pharynx and Connected to a Continuous Flow of Oxygen through the Jet Ventilator Needle.C: View of the Anesthetized, Spontaneously Breathing Patient.D: Laser-Aided Resection of Vocal Cord Lesion
The Univent Tube Also Allows Lung Separation Using a Single-Lumen Endotracheal Tube.B: The Univent Bronchial Blocker Positioned in Left Main Stem Bronchus
The Vertebral Body
The Virtual Anesthesia Machine (VAM) Simulator, an Interactive Model of an Anesthesia Machine
The “dunked Dog.”
This Illustration Depicts the Major Factors that Determine LV Diastolic (Left) and Systolic (Right) Function
This Illustration Depicts the Simultaneous Relationships Between LA and LV Pressures (P (LA) and P(LV), Respectively; Top Panels), LV Filling Rate During Early Filling (E) and Atrial Systole (A; Middle Panels), and Early Mitral Annular Velocity (e; Bottom Panels) Under Normal Conditions and During Evolving Diastolic Dysfunction (Impaired Relaxation, Pseudonormal, and Restrictive)
The Spinal Cord Blood Supply
The Spinal Reflex Arc of the Somatic Nerves is Shown on the Left
The Storz C-MAC
The Ultrastructure of the Zones of the Skin
The Varying Oxygen Tension in the Wound Module
The Very Smallest Dose (0.25 mg/kg) of Oral Midazolam Syrup Was Equally As Effective As the Two Higher Doses When Commercially Prepared Oral Midazolam Syrup Was Used
The Vortex Approach
Thiopental: (RS)-[5-Ethyl-4,6-Dioxo-5-(Pentan-2-Yl)-1,4,5,6-Tetrahydropyrimidin-2-Yl]sulfanide Sodium
This Illustration Depicts the Method Used to Derive the LV End-Systolic Pressure-volume Relation (ESPVR) from a Series of Differentially Loaded LV Pressure-volume Diagrams Generated by Abrupt Occlusion of the Inferior Vena Cava in a Canine Heart in Vivo
This Illustration Depicts the Steady-State LV Pressure-volume Diagram
This is a Simulation of a Target-Controlled Infusion (TCI) in Which the Plasma Concentration is Targeted at 5 g/mL
This Schematic Diagram Depicts Factors that Influence Experimental and Clinical Estimates of Sarcomere Length As a Pure Index of the Preload of the Contracting LV Myocyte
This Schematic Diagram Illustrates the LV End-Systolic Pressure-volume and Aortic End-Systolic Pressure-Stroke Volume Relations (ESPVR and A (o)P(es)-SVR, Respectively) Used to Determine LV-Arterial Coupling As the Ratio of End-Systolic Elastance (E(es); the Slope of ESPVR) and Effective Arterial Elastance (E(a); the Slope of A(o)P(es)-SVR)
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