6 Courses
Surgical Patient Safety
An Introduction to the use of electrosurgery in gastrointestinal endoscopy procedures.
Objectives:
• Fundamentals of Electrosurgery
• Electrosurgical Units
• Active Electrodes
• The Patient
• Safety
Surgical Patient Safety
Bleeding from the gastrointestinal (GI) tract is the one of the most demanding emergencies for Gastroenterologists and GI nurses. This program discusses some of the challenges that clinicians may face when caring for patients with GI bleeds and solutions that may help save lives. Learn guidelines and practices to appropriately stratify and treat upper and lower gastrointestinal bleeds endoscopically.
Objectives:
Surgical Patient Safety
An estimated 90% of all surgical procedures produce surgical smoke, including such common surgeries as cesarean sections, mastectomies, knee replacements, and appendectomies. In this course we will examine the clinical considerations for active smoke evacuation. New legislative efforts are underway to make smoke evacuation systems a requirement in the Operating Room. We will review the important features and technical considerations for safe, effective, and easily adaptable smoke evacuation systems.
Objectives:
Surgical Patient Safety
Retained Surgical Items continue to be one of the top sentinel events to The Joint Commission and Unintended Retained Surgical Items continue to cause injury to patients. As a never event, it is considered 100% preventable. This course will examine the incidence and pattern of RSIs and describe available adjunct technology for incorporation into the manual count process to improve accuracy of counts, reduce near misses, and prevent RSIs.
Objectives:
Surgical Patient Safety
Electrosurgery, the use of radio frequency electrical current to create heat in cells to cut or coagulate tissues, is used daily by Operating Room professionals. Current research reveals that perioperative professionals and providers would benefit from routine refresher courses. This course provides a detailed explanation of how electrosurgery works on an atomic level, describes how the Electrosurgical unit provides controllable, predictable tissue effects, and discusses common complications with AORN and AST recommended guidelines to avoid these complications.
Objectives:
Define electrosurgery
Name individuals who contributed to current electrosurgical practice
Discuss electricity basics
Explain the difference between monopolar and bipolar instruments
Distinguish between electrosurgery and electrocautery
Explain the three functions of the electrosurgical unit (ESU)
Distinguish the duty cycles of the electrosurgical unit (ESU)
Name complications of electrosurgery
List ways to prevent complications of electrosurgery
Surgical Patient Safety
The surgical care environment contains many elements that must be optimized in order to deliver safe patient care and to create a safe place of employment. Failure to account for certain elements within the perioperative environment may result in surgical site infections, decreased efficiency, negative effects on the staff, compromised cybersecurity, or negative patient outcomes. An integrated environment of care, one in which many elements should be considered such as air quality, equipment, and room layout, must be established to ensure a safe clinical environment for both patients and staff.
Objectives: