ViaMetrics-E™ is a rapid, non-invasive procedure for in vitro fertilization (IVF) designed to aid in the assessment of viable embryos with the greatest reproductive potential. Through the use of a highly sensitive method of biomarker identification, ViaMetrics-E™ analysis can be performed on-site in just minutes, requiring only a small amount of spent culture media. ViaMetrics-E™ provides objective assessment of viability without compromising the embryo, helping guide treatment options for patients undergoing IVF.

• Non-invasive assessment of embryo viability
• Complete analysis in less than one minute
• Requires small sample size (7µL) of spent culture media
• Small, user friendly instrumentation
• Seamless software interface for medical records and data mining
• Assimilates easily into current laboratory practice

ViaMetrics-E™ is fast and simple to use.  ViaMetrics-E™ gives each embryo within a cohort a Viability Score, which then allows clinicians and embryologists to rank embryos, along with morphology, and select only the most viable embryos for transfer.

As an embryo develops in vitro, it modifies its own environment. Embryos with potential to form a fetus modify their environment differently from those that will fail. Using the spent culture media, the ViaMetrics-E™ assesses the characteristic levels of pre-determined biological and chemical markers of each embryo, to create the Viability Score. Each Viability Score reflects the “health” or reproductive potential of the developing embryo.

Near infrared spectroscopy and multivariate modeling of metabolomic profiles are the foundation of Molecular Biometrics’ ViaMetrics-E™ technology platform.

For more information on our international distributors or ordering the ViaMetrics-E™ system for your embryology laboratory please enter your request here.

Acceptance of the MB technology platform by the scientific community

New non-invasive screening techniques aim to identify the healthiest embryos

Improve the outcomes of IVF with a diagnostic that determines embryo health