Courses by Credit Type

These educational videos serve as a comprehensive guide, aiming to instruct learners in the precise identification and assessment of critical veins within the lower extremities through ultrasound techniques. The focus encompasses locating not only the distal great saphenous vein and the posterior accessory saphenous vein but also intricately mapping perforator veins and other vital vascular pathways.

Understanding the evidence for protective surgical glove use and hand health is a critical role for perioperative professionals. An overview of the trends in best practice for optimal surgical glove use will be discussed as well as the requirements and evidence-based practices that support these practice trends. Key activities perioperative nurses and other professionals should engage in to promote correct surgical glove use and hand health will also be discussed.

The perioperative nurse is responsible for collaborating with team members to ensure the safety of the patient as well as colleagues during the positioning process. This program focuses on correct patient positioning to avoid patient injury to the respiratory, circulatory, neuromuscular, and integumentary systems.

This continuing education activity provides a review of the key considerations for the appropriate selection and use of surgical gowns as an infection prevention measure for both patients and the surgical team. Standards and guidelines pertaining to the selection and use of surgical gowns published by various federal agencies and professional organizations are covered.

This course will review the primary types of PPE used in any healthcare setting, the hazards PPE is designed to protect against, and the criteria that must be considered when selecting PPE. Regulatory requirements for PPE use are discussed and case studies provide real-world applications of PPE to illustrate the implications associated with correct versus incorrect use of PPE in all healthcare settings.

This continuing education activity will provide a historical review of the evolution of the use of surgical gloves as a protective barrier. The impact of occupational exposure on healthcare workers will be presented. The implications of double gloving in the surgical practice setting will be discussed, including approaches to implement a change in practice and the identification of perceived barriers.

The increased need to navigate to areas impossible to locate through touch, and an increased focus on oncoplastic approaches, have led to the development of several wire-free localization techniques that alleviate some of the evidence-based disadvantages of wire-guided localization. This program aims to educate a broader audience on the latest localization techniques for breast conservation surgery with a specific focus on Radar Localization.

This learning activity will focus on the stages of peripheral artery disease, best medical treatment options based on current guidelines, and various endovascular and surgical revascularization techniques, such as stenting, atherectomy, and thrombectomy.

This learning activity will focus on the stages of peripheral artery disease, best medical treatment options based on current guidelines, and various endovascular and surgical revascularization techniques, such as stenting, atherectomy, and thrombectomy.

Instances of accidental burns have been documented. Moreover, reports of burns resulting from prolonged exposure to traditional surgical lighting, particularly before the adoption of light emitting diode (LED) technology. This educational activity will identify patient risks associated with surgical lights and strategies for enhancing patient safety.

Early mobilization is a key component for optimizing patient outcomes in the ICU. A standardized progressive mobility protocol provides an outline to develop and implement evidence-based interventions that will improve patient mobilization safely and effectively. Phases of mobilization described in this eLearning include goals and interventions to consider for safely progressing mobilization of the patient.

Safe patient handling when positioning a patient is not only important for staff safety as it is for patient safety through the appropriate use of equipment and ergonomics. This course will review best practices for safe patient handling, a culture of safety, and proper ergonomics while positioning a patient in the operating room and how to mitigate occupational injury.

OR integration (ORI) systems are designed to simplify and streamline the OR by consolidating data, access to video, and controls for all devices through a central console, allowing perioperative personnel to perform many tasks efficiently, without needing to move around the OR, and while ensuring optimum patient safety.

In this educational activity, the role of common AF risk factors and biomarkers prediction of incident AF will be summarized. Current treatment options based on the latest clinical evidence for the management of AF will be discussed, including patient identification, indications for use and risks. Finally, recommendations from leading clinical guidelines will be reviewed.

In this educational activity, the role of common AF risk factors and biomarkers prediction of incident AF will be summarized. Current treatment options based on the latest clinical evidence for the management of AF will be discussed, including patient identification, indications for use and risks. Finally, recommendations from leading clinical guidelines will be reviewed.

This continuing education reviews common surgical positioning injuries, high-risk surgical positions, and how team collaboration and communication can help prevent patient harm. Strategies, techniques, and evidence-based guidelines for steep deep Trendelenburg, prone, beach chair, and lateral positions are covered.

Heat discomfort experienced by OR team members can contribute to diminished workflow efficiency and barriers preventing optimal team collaboration. This continuing education activity will describe the unique challenges associated with heat in the operating room and how it affects the surgical team.

The ICU patient population is at increased risk for pulmonary complications that can be mitigated with proper risk awareness, early intervention, and use of adjunct technology. This educational activity will provide key learnings needed to support the ICU pulmonary patient from multiple angles and you'll leave empowered to actively anticipate and participate in improving outcomes in your pulmonary ICU patient population.

Decreasing hospital acquired pressure injury (HAPI) has been an ongoing battle for the ICU care team. This educational activity will provide baseline knowledge needed to identify high risk pressure injury patients in the ICU. You’ll learn what extrinsic and intrinsic risk factors are unique to the ICU patient which increases their risk for pressure injury. The latest research and evidence-based interventions needed to improve HAPI rates in the ICU will be reviewed, along with various types of technology available to help you in the mission of protecting your patient’s skin.

Review the process of normal wound healing, as well as the consequences of delayed healing, and the techniques and products used to promote successful healing. The pathogenesis and consequences of adhesion formation are also explained in this course, followed by a discussion of the methods used to prevent adhesions.