Improving Surgical Patient Outcomes and Minimizing Risks With Opioid-sparing Pain Control

 

Modules within this online curriculum aim to prepare the surgeon and surgical team in screening high-risk patients for opioid misuse, , utilizing intraoperative alternatives to opioids and algorithms for surgical pain management in opioid-dependent patients,best discharge practices, patient education, and system quality improvements and changes. A skills component is forthcoming and complements the online didactic portion (with the complete set of modules to be posted by October 2019); individuals, practice groups, or hospital systems are able to obtain credentialing upon successful completion of both components in their entirety.

Background

It is estimated that 312 million operations occurred globally in 2012 (Weiser, Haynes, Molina, et al., 2016) with 60 million procedures performed in the United States (Hall & DeFrances, 2010; Cullen & Hall, 2009). Additionally, an average of 6.2 percent of surgical patients continue to use opioids for 3 months following their operation (Brummett, Waljee, Goesling, et al., 2017). This potentially equates to 18 million people each year using opioids subsequent to their recovery period.  
While there is an increased overall national awareness of the opioid epidemic with policy and education resources focused on professional training for chronic pain control, specific education for the surgical community—including professionals, patients, and families—are limited.

A 2017 American College of Surgeons (ACS) survey identified that:

  • 87 percent of responding surgeons’ patients experienced side effects from opioids when taken for the management of postoperative pain, yet 82 percent of surgeons did NOT have print or other materials they could use to help educate their patients on opioid use, abuse, and alternatives (Heneghan, Daly, Sachdeva, & Barot, 2018).   
  • Multimodal pain control was identified as effective and 90 percent of surgeons reported using local anesthetics as part of their pain control plan. 
  • Equally important, 52 percent of surgeons stated their patient population had used opioids in the past month prior to their operation, yet only 17 percent had any protocol for managing patients who were opioid dependent (Heneghan, Daly, Sachdeva, & Barot, 2018). 

In a 2018 course attended by 60 surgeon leaders responsible for implementing opioid-sparing system changes at their surgical facilities, 75 percent requested assistance from the ACS for further professional education on local anesthetic use for major surgical procedures (report summary given at ACS Clinical Congress 2018).   

This course includes training and reinforcement on best practices and standards for surgical pain control.

Course Outline

Best Practices for Opioid-Sparing Techniques Including Indications, Modifications, Complications and Safety Monitoring
Phillip Lirk, MD

Topics include:

  • Opioid-sparing Techniques
  • Local Anesthetics
  • Nerve Blocks
  • Wound Infiltration
  • Long-Acting Local Anesthetics

Target Audience

These courses can be taken by any member of the health care team or patient safety experts to support the didactic portion leading to the eventual credentialed training program on improving surgical patient outcomes and minimizing risks with opioid sparing pain control. Prime participants include: 

  • Surgeons
  • Nurses
  • Physician assistants
  • Home care providers
  • Nurse aids
  • Patient safety experts

Contact

Course summary
Course opens: 
05/15/2019
Course expires: 
05/31/2021

Patient Education Materials

  • Patient Pain Control Evaluation

Have your patients submit feedback regarding their pain control following their surgery.

Available at: https://redcap.healthlnk.org/surveys/?s=PYT3EDJK79

Disclosure Information

In accordance with the ACCME Accreditation Criteria, the American College of Surgeons must ensure that anyone in a position to control the content of the educational activity (planners and speakers/authors/discussants/moderators) has disclosed all relevant financial relationships with any commercial interest. For additional information, please visit the ACCME website: http://www.accme.org/requirements/accreditation-requirements-cme-providers/policies-and-definitions/financial-relationships-and-conflicts-interest

The ACCME also requires that ACS manage any reported conflict and eliminate the potential for bias during the educational activity.  Any conflicts noted below have been managed to our satisfaction. The disclosure information is intended to identify any commercial relationships and allow learners to form their own judgments. However, if you perceive a bias during a activity, please report it on the evaluation.
 

Faculty and Disclosures

Thomas A. Aloia, MD, FACS - No Disclosures
The University of Texas MD Anderson Cancer Center
Houston, TX

Chad Brummett, MD  - No Disclosures
The University of Michigan
Ann Arbor, MI 

John Daly, MD, FACS, FRCSI (Hon), FRCSG (Hon) - No Disclosures
Fox Chase Cancer Center, Temple Health
Philadelphia, PA

Michael J. Englesbe, MD, FACS - No Disclosures
University of Michigan
Ann Arbor, MI

Bridget Fahy, MD, FACS - No Disclosures
University of New Mexico
Albuquerque, NM

Jessica Lynn Gross, MD, FACS - No Disclosures
Wake Forest Baptist Health
Winston-Salem, NC

Kathleen Heneghan, PhD, RN - No Disclosures
American College of Surgeons
Chicago, IL

Lawrence Iteld, MD - No Disclosures
Iteld Plastic Surgery
Chicago, IL 

Phillip Lirk, MD - No Disclosures
Brigham and Women’s Hospital
Boston, MA

Lisa M. Mazzia, MD - No Disclosures
VA-National Center for Patient Safety
Ann Arbor, MI

Michael F. McGee, MD, FACS, FASCRS - No Disclosures
Northwestern Memorial Hospital
Chicago, IL 

Jonah Stulberg, MD, FACS - No Disclosures
Northwestern Memorial Hosptial
Chicago, IL 

James B Ray, PharmD, CPE - No Disclosures
University of Iowa 
Iowa City, Iowa

Michael Reinhorn, MD, MBA, FACS - No Disclosures
Boston Hernai and Pilonidal Center
Wellesley, MA

Scott Weiner, MD, MPH - No Disclosures
Brigham and Women’s Hospital
Boston, MA

A Certificate of Completion will be awarded for this course. 

This activity is not eligible for CME or CE credits.

Available Credit

Accreditation Period

Course opens: 
05/15/2019
Course expires: 
05/31/2021
Please login or register to take this course.

You may enroll in the online course at no charge. You will be asked to register for the course and provide information to complete the registration process. You will not be charged a participation fee.