ABSTRACT
Environmental monitoring is critical for quality control in ART labs, consisting of the sources of contamination, air quality management, water quality management, and surface monitoring techniques.
Sources of contamination in ART labs include microbial, chemical, physical, personnel, or cross-contamination.
Maintaining optimal air quality is crucial to the success of ART procedures and strategies for achieving proper laboratory design, air filtration systems, positive air pressure, regular cleaning, maintenance, use of low-VOC materials, chemicals, personnel training, and protocol adherence.
Water quality management is essential for maintaining a sterile environment in ART labs, with regular testing and strict water storage, handling, and use protocols.
Surface monitoring techniques using swabs, contact plates, and ATP testing are needed to maintain optimal surface quality in ART labs, with personnel adhering to strict cleaning protocols.
Best practices for maintaining environmental quality in ART labs include regular monitoring, testing, implementing preventative measures, identifying and addressing sources of contamination, and routine maintenance of environmental monitoring systems.
Advanced air purification technologies, such as UV germicidal irradiation, enhance air quality control in ART labs.
External evaluations for ISO cleanroom classifications and standards reassure patients and stakeholders regarding the quality of environmental controls in ART labs.
Ultimately, strict environmental monitoring protocols are fundamental for the safety and success of ART procedures, contributing to overall patient satisfaction.
