CER Lesson Plans

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536- Current Best Practice Guidance for Processing Ultrasound Probes and Dilators – AAMI TIR99
LEARNING OBJECTIVES 1. Identify areas of concentration within the forthcoming TIR99 2. Highlight important practice considerations 3. Describe content for related quality assurance and policies/procedures to guide practice
535- Microbiology for Endoscope Processing Technicians
LEARNING OBJECTIVES 1. Understand the importance of protecting patients from infection by processing flexible endoscopes safely and effectively 2. Review the basic concepts of microbiology, including an overview of the types of microorganisms, biofilm development and causes of infection 3. Discuss how effective environmental cleaning and disinfection practices in endoscope processing areas help to maintain a safe healthcare environment
534: How Water Quality and ST108 Affect Endoscope Processing Departments
LEARNING OBJECTIVES 1. Identify issues associated with using poor-quality water in endoscope processing 2. Understand how ANSI/AAMI ST108: 2023 applies to endoscope processing 3. Review recommendations for water-testing methods, requirements and frequencies
533: Crosswalk of Current Standards & Guidelines for Flexible Endoscope Processing
LEARNING OBJECTIVES 1. Identify training and personal protective equipment recommendations for employees who process endoscopes 2. Learn the recommendations for the transport, testing, manual cleaning and inspection of soiled endoscopes 3. Understand recommendations for high-level disinfection (HLD), post-automated endoscope reprocessor drying, device handling and transport, post-HLD labeling and storage 4.Understand current recommendations for sterilization, microbial surveillance and quality management
532: AAMI’s Updated PB70 and TIR11: Their Roles in Protective Barrier Selection and Use
Learning Objectives 1. Understand the purpose of ANSI/AAMI PB70:2022 and its role in manufacturer guidance and user safety 2. Review key sections of PB70:2022 3. Describe how PB70:2022 and certain sections of AAMI’s TIR11 apply to Sterile Processing professionals
531: Borescope Inspection for Flexible Endoscopes: A Guide to Getting Started
LEARNING OBJECTIVES: 1. Review common causes of internal damage and debris in flexible endoscopes and how it jeopardizes patient safety 2. Review what the most recent standards and guidelines say about using borescopes to inspect the internal channels of flexible endoscopes 3. Discuss ways to implement an effective and efficient borescope inspection step for your flexible endoscopes
530: Making a Case for Sterilization of Endoscopes: Part Two
LEARNING OBJECTIVES: 1. Outline the workflow for sterilization of flexible endoscopes 2. Review the processes and types of sterilization systems available for endoscopes and their general compatibility information 3. Address considerations and concerns when transitioning to sterilization for flexible endoscopes
529: Making a Case for Sterilization of Endoscopes: Part One
LEARNING OBJECTIVES: 1. Understand the risks associated with certain types of endoscopes and inadequately processed endoscopes 2. Discuss recommendations in national standards and guidelines that relate to sterilization of endoscopes 3. Review strategies for prioritizing and managing the sterilization process
528: ANSI/AAMI ST98: Requirements for Validating Cleaning Instructions Have Arrived
LEARNING OBJECTIVES: 1. Understand the cleaning challenges for today’s more complex medical devices and the requirements for validating cleaning instructions in ANSI/AAMI ST98 2. Explore ANSI/AAMI ST98’s key recommendations 3. Identify medical device designs that present the greatest challenge to cleaning and highlight the expected improvements in cleaning and cleaning instructions as a result of adopting ANSI/AAMI ST98
527: Increasing the Margin of Safety in Flexible Endoscope Processing: A Focus on Visual Inspection
LEARNING OBJECTIVES: 1. Review recommendations for visual inspection of flexible endoscopes using the unaided eye 2. Learn the importance of designing a space to comply with and execute visual inspection 3. Identify ways to implement more effective visual inspection within the flexible endoscope reprocessing workflow