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Epidural anesthesia is a method of neuraxial pain control in which anesthetic medications are injected into the epidural space to block sensory and motor spinal nerve roots in the thoracic, abdominal, pelvic, and lower extremity areas. This epidural technique can be used for anesthesia during procedures, chronic pain, or muscle spasticity as a primary anesthetic or pain management adjuvant. The primary advantages epidural anesthesia offers are the ability for clinicians to tailor the medication used and the type of administration (ie, intermittent or continuous infusion) to meet the clinical need. Additionally, this technique can reduce the opioid requirement during and after a procedure, lowering the incidence of associated adverse effects. This is particularly relevant in pediatric anesthesia, where the potential negative impact of certain anesthetic drugs on neurodevelopment is debated, postoperative pain management as part of a multimodal approach, and recently as an alternative to aerosol-generating general anesthesia during the COVID-19 pandemic. However, several complications and risks are also associated with the epidural technique. Therefore, this activity for healthcare professionals is designed to enhance the learner’s competence in recognizing the indications and contraindications for epidural anesthesia as well as the risks, benefits, and complications involved. Additionally, clinicians will have knowledge of the current techniques recommended for performing epidural anesthesia and the role of the interprofessional team in caring for patients who undergo the procedure to optimize outcomes. Objectives: Identify the indications for using epidural anesthesia for postoperative pain management. Apply techniques for providing epidural anesthesia or analgesia. Determine the most common adverse effects associated with the use of epidural anesthesia or analgesia. Apply interprofessional team strategies to improve care coordination and outcomes in patients who receive epidural anesthesia. Access free multiple choice questions on this topic.

Epidural anesthesia is a method of neuraxial pain control in which anesthetic medications are injected into the epidural space to block sensory and motor spinal nerve roots in the thoracic, abdominal, pelvic, and lower extremity areas. This technique can be employed as a primary anesthetic method or pain management adjuvant during procedures or when treating chronic pain or muscle spasticity. Epidural anesthesia has been an effective modality for pain control for more than 100 years and has many proven advantages over other forms of anesthesia, including the ability for clinicians to tailor the medication used and the method of administration, eg, intermittent or continuous infusion, to meet the clinical need.[1] Epidural anesthesia can reduce the opioid requirement during and after a procedure, lowering the incidence of associated adverse effects. Epidural anesthesia is particularly relevant in the pediatric population, where the potential negative impact of certain anesthetic drugs on neurodevelopment is an area of active research. The epidural technique is also valuable for postoperative pain management as part of a multimodal approach.[2] Epidural anesthesia was increasingly used as an alternative to aerosol-generating general anesthesia during the COVID-19 pandemic.[3] However, recent studies have argued that less invasive anesthesia techniques may provide greater benefits than epidural anesthesia, which carries inherent risks of complications.[4] Therefore, healthcare professionals need enhanced competence in recognizing the indications and contraindications for epidural anesthesia and the risks, benefits, and complications involved. Additionally, clinicians should be knowledgeable about the current techniques recommended for performing epidural anesthesia and the role of the interprofessional team in caring for patients who undergo the procedure to optimize outcomes.

Spinal cord injuries (SCI) resulting from anesthesia procedures are rare but significant concerns for surgical patients. These injuries can have devastating effects on the quality of life and may even lead to mortality. Complications associated with anesthesia-induced SCI include temporary or permanent neurological symptoms, epidural hematoma or abscess, direct traumatic spinal injury, and adhesive arachnoiditis. These complications can manifest as motor deficits, sensory loss, pain, paraesthesia, and even permanent paralysis or anesthesia.[14] High-risk patients for anesthesia-induced SCI include those with spinal canal malformations, extremes of age, obesity, diabetes, immunocompromised or critically ill individuals, and those with previous neurological diseases. Careful evaluation of patients preoperatively to identify any clinical conditions that may increase the risk of complications associated with neuraxial techniques is essential.[15] Other complications associated with epidural anesthesia include: Hypotension Nausea and vomiting Intravascular injection Local anesthetic systemic toxicity Bronchoconstriction Postdural puncture headache [31] Transient neurological syndrome Nerve injury with possible neuropathy; paralysis is rare Epidural hematoma Epidural abscess Meningitis Accidental intrathecal injection with total spinal anesthesia Osteomyelitis [23]

A growing body of evidence demonstrates that epidural anesthesia has positive effects, such as faster return in bowel function, decreased hormonal stress response to pain, decreased postoperative pulmonary complications, shorter length of in-hospital stay, and increased patient satisfaction. However, the safe and effective use of epidural anesthesia requires an interprofessional team approach, including surgeons, anesthesia clinicians, specialty-trained nurses, and pharmacists collaborating across disciplines to monitor and manage patients during the perioperative period. Collaboration between interprofessional and interprofessional teams is essential in the choice of the locoregional anesthesia technique as the chosen technique must take into account various factors, in particular, the opinion of the patient, the surgeon, and the preferences of the anesthesiology clinician who must be able to perform the nerve block without difficulty for patient safety it is advisable to follow specific guidelines and protocols to conduct adequate regional anesthesia procedures. Furthermore, maintaining continuous closed-loop communication between all members of the perioperative care team regarding the need, technique, and potential management issues associated with the regional anesthetic utilized is essential to optimizing patient outcomes. In addition to obtaining thorough informed consent from either the patient or their authorized legal guardian before the placement of any regional anesthesia, all health team members are responsible for voicing their concerns as needed throughout the perioperative period based on their professional discretion.