ABSTRACT
Emerging technologies and techniques for QC in ART labs include advanced sperm analysis techniques, time-lapse imaging, preimplantation genetic testing, non-invasive monitoring, digital quality control systems, patient-centred care, standardised quality indicators, single-cell analysis, and automation.
Automation, including robotics, is increasingly prevalent in ART labs, improving efficiency, consistency, and precision in procedures such as sperm preparation, oocyte retrieval, ICSI, and embryo culture.
Best practices for QC in ART labs involve adhering to standard operating procedures, performing regular equipment maintenance and calibration, providing continuous staff training and competency assessment, participating in internal and external quality assurance programmes, and maintaining proper documentation and record-keeping.
Artificial gametes offer potential solutions for infertility and genetic disorders, requiring robust QC protocols to assess their quality, genetic stability, developmental potential, and safety implications.
Ensuring safety and long-term health in ART labs involves comprehensive assessments and follow-up studies for individuals conceived using artificial gametes.
Regulatory frameworks and ethical considerations are essential in shaping policies surrounding emerging technologies like artificial gametes.
Improving quality control in donor gametes involves stringent screening protocols, clear communication with patients, and providing detailed information on the safety and reliability of donor gametes.
