This guide provides an overview of quality control in ART laboratories. It explores frameworks and essential tools necessary for effective quality management. The fields of monitoring, equipment maintenance, and the intricate aspects of embryo care and cryopreservation are thoroughly examined. The significance of the ART lab witnessing system is highlighted, demonstrating the seamless integration of both manual and electronic witnessing tools. Readers will gain insights into the roles played by KPIs and SOPs. For aspiring embryologists, this guide offers an exploration of training techniques, addressing the inherent challenges of the field. Practical coping strategies are provided to help navigate these stressors successfully.
With real-world case studies and discussions on laboratory design, this resource serves as a guide to achieving excellence in ART. It emphasizes the importance of balancing patient care, procedural accuracy, and practitioner well-being.
Preface 1. Introduction to QC in ART labs Definition and importance of quality control (QC). Overview of regulatory requirements for ART labs around the world. 2. Internal quality control (IQC) & External Quality Control (EQC) External quality control (EQC). Case studies and process of troubleshoot in ART lab. 3. Quality Control Tools Risk management. Control charts and Quality indicators. 4. Environmental monitoring Sources of contamination. Air, Water and Surface quality management and control. 5. Equipment Maintenance Types of equipment. Equipment logs and preventive maintenance schedule. 6. QC of ART Media and Disposables Overview of ART media. Maintaining an open pack of ART media in a QC view. 7. IVF Process and QC- QC Andrology Overview of standard andrology lab procedures. Troubleshooting standard andrology procedure problems. 8. Quality control in embryo culture Monitoring embryo development. Troubleshooting embryo culture problem. 9. Quality control in Cryopreservation Overview of cryopreservation. Troubleshooting cryopreservation problems. Preventing embryos or gametes from falling under Liquid nitrogen. 10. Record-keeping and documentation Types of records and documents required in ART clinic. Standard operating procedures (SOPs). 11. QC of IVF Labs personnel Importance of personnel QC. Train the nascent embryologist. 12. Key performance indicators (KPIs) An overview of the Vienna consensus guidelines. Measurement and tracking of KPIs. 13. AR lab witnessing system Manual Witnessing System. Electronic witnessing. 14. Case Studies Examples of successful quality control practices. Real-world examples. 15. Emerging trends and best practices New technologies and future directions. Best practices for quality control. 16. Safety, Recommendations, and Infrastructure Safety and Possible recommendations for ART professionals. Proper ART laboratory design. TQMS for a chain of fertility clinics. Further Reading Index
Durai Palaniyandi is Senior Embryologist at KIMS Hospital Hyderabad, India.
