This course provides CRNAs and anesthesia professionals with a deep dive into the pharmacology of local anesthetics used in central neuraxial techniques. Through engaging and clinically relevant content, participants will explore the physiochemical properties of local anesthetics, their mechanisms of action, and how these factors influence onset, duration, and potency. The course also addresses key considerations for spinal and epidural administration, including patient safety, drug selection, and the recognition and management of local anesthetic systemic toxicity (LAST). Designed to enhance both foundational knowledge and practical application, this series equips learners with the tools needed to optimize anesthetic outcomes and minimize complications in neuraxial anesthesia.
Learning Outcome(s):
- Identify the mechanisms of and sites of actions of local anesthetics used during neuraxial anesthesia.
- Analyze the pharmacological mechanisms of local anesthetics, including their interaction with sodium, potassium, and calcium channels, to differentiate their clinical effects, onset times, and potential toxicities in central neuraxial techniques.
- Apply knowledge of local anesthetic properties, including pKa, lipid solubility, and protein binding, to optimize drug selection and dosing strategies for obstetric anesthesia, ensuring effective analgesia while minimizing systemic toxicity risks.
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This program has been prior approved by the American Association of Nurse Anesthesiology for 1.50 Class A CE credits; Code Number
1045559; Expiration Date 3/31/2028.
AANA designates this program as meeting the criteria for up to 1.5 CE Credits in pharmacology/therapeutics.