Abstract
Time lapse imaging chambers offer a unique environment for uninterrupted culture while still allowing visualization of embryo development. The altered culture environment may influence cell division and progression to the blastocyst stage. Ability to identify abnormal cleavage patterns as well as specific kinetic data with time lapse systems may further aid in embryo selection and ultimately pregnancy outcomes. This study compares embryonic development, clinical and neonatal outcomes after transition from standard box type incubators to time lapse.
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