Program
Program
Workshops(Domestic)
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  • Workshops(Domestic)
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Workshops (domestic)
  • 1
    Basic Pharmacology
  • 2
    Pharmacokinetics & Pharmacodynamics Simulation
  • 3
    US-guided Peripheral Nerve Blocks
    (Advanced Course)
  • 4
    Scenario of Difficult Airway Management
  • 5
    Bronchoscopic Intubation
  • 6
    NONMEM
  • 7
    POCUS & Vascular Access
  • 8
    Thoracic Anesthesia
  • 9
    CPR
  • 10
    US-guided Peripheral Nerve Blocks
    (Basic & Senior Courses)
  • 11
    Pain Medicine
    (C-arm Techniques)
  • 12
    ERAS
  • 13
    Pain Medicine
    (Ultrasound Scanning)
  • 14
    Liver Transplant Anesthesia
  • 15
    Prehabilitation
Basic Pharmacology
일시/장소: 11월 10일(금) 09:00-12:00 / Room D
Moderator:
Gyu-Jeong Noh (University of Ulsan, Republic of Korea)
Instructor:
Gyu-Jeong Noh (University of Ulsan, Republic of Korea)
Byung-Moon Choi (University of Ulsan, Republic of Korea)
Kyung-Mi Kim (University of Ulsan, Republic of Korea)
학습목표:
  • The attendees understand 2 kinetics of drug transfer in the body.
  • The attendees understand Laplace transform, inverse Laplace transform, matrix notation of simultaneous equations, determinant, and Cramer’s rule.
  • A simultaneous system of ordinary differential equations denoting the rate of change of drug amount in each compartment is built to obtain functions of drug amount in the central and effect compartments in Laplace domain.
  • The general partial fraction theorem of Benet is applied to perform inverse Laplace transform of these drug amount functions in Laplace domain, and finally drug amount functions in the central and effect compartments in time domain are derived.
  • Principle of superposition in linear pharmacokinetics is a key prerequisite for target-controlled infusion.
  • The attendees understand proportional equations to calculate the infusion rate required to reach a target concentration in the plasma and effect-site.
상세내용:
This workshop aims to improve understanding of the basic principles of anesthetic pharmacology. Mathematics for deriving pharmacokinetic equations are discussed. The attendees practice to derive mathematical functions of plasma or effect-site concentration over time for 4-compartment model, in which an effect compartment is added to 3-compartment mammillary pharmacokinetic model. Mathematical principles for target-controlled infusion as well as linear pharmacokinetics and principle of superposition are discussed.
프로그램:
시간 프로그램 강사
09:00-10:10 약동학 수식 유도를 위한 수학
(mathematics for deriving pharmacokinetic equations)
노규정(울산의대)
10:10-10:20 Break
10:20-11:10 사구획 모형의 약동학 수식 유도
(derivation of pharmacokinetic equations for 4-compartment model)
김경미(울산의대)
11:10-11:20 Break
11:20-12:00 목표농도조절주입의 원리(principles of target-controlled infusion) 최병문(울산의대)