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An artificial intelligence-based approach for selecting the optimal day for triggering in antagonist protocol cycles.

Shachar ReuvennyMichal YoungsterAlmog LuzRohi HourvitzEttie MamanMicha BaumAriel Hourvitz
Published in: Reproductive biomedicine online (2023)
Utilizing a machine-learning model for determining the optimal trigger days may improve antagonist protocol cycle outcomes across all age groups in freeze-all or fresh transfer cycles. Implementation of these models may more accurately predict the number of oocytes retrieved, thus optimizing physicians' decisions, balancing workloads and creating more standardized, yet patient-specific, protocols.
Keyphrases
  • artificial intelligence
  • machine learning
  • big data
  • primary care
  • deep learning
  • randomized controlled trial
  • healthcare
  • quality improvement