At IVFMD Texas, we are committed to providing the highest level of care and attention. Our IVF packages offer an option to include an AI embryo assessment and time-lapse imaging, a system that captures images of your embryos as they develop safely inside the incubator, enabling continuous monitoring without disturbance.
Our AI-Powered Embryo Quality Assessment Assistant
CHLOE™ (Cultivating Human Life through Optimal Embryos) is the first and only transparent AI-powered embryo quality assessment assistant that delivers unparalleled visibility to both IVF professionals and patients. At IVFMD, CHLOE™ equips our team and prospective parents with visibility into the clinical and laboratory data aimed to help improve IVF outcomes.
In standard IVF monitoring, embryos are observed at limited intervals – typically on Day 1 and again on Days 5–7. This “snapshot” approach can miss key developmental events that reveal embryo health and potential.
Traditional incubators require embryos to be removed for assessment, which can disrupt their delicate environment. With time-lapse technology, embryos stay undisturbed inside the incubator from fertilization to the end of culture while every stage of development is monitored without disruption. This minimizes environmental stress, ensuring your embryos remain in optimal culture conditions throughout the process.
At the end of your embryo culture period, you’ll receive a detailed, personalized report that includes a cycle summary and daily images of your embryos. These reports and videos* provide valuable insights into your embryos’ progress but also serve as a keepsake of this important journey. With this level of transparency, you are fully informed every step of the way.
*Reporting and photos are standard inclusions. Patients may opt-in for videos for an additional fee.
Studies show that embryos developing at the right pace are more likely to implant and lead to a healthy pregnancy. By monitoring key developmental milestones in real time, these technologies provide embryologists with information to support the selection of embryos with the highest potential for success.
