DNA Hormones analyses explore genetic variations influencing enzyme roles within hormone metabolism, including their effects on metabolite levels and associated phenotypic traits. The assessment covers key genes involved in hormone pathways, such as those related to steroidogenesis, hormone transport, and detoxification processes, providing insight into individual metabolic characteristics. By examining 21 specific single nucleotide polymorphisms (SNPs), the test offers detailed information on gene-environment interplays that may impact hormone function and metabolism.

The evaluated genes span multiple biological areas, including enzymes important in steroid hormone synthesis and conversion, proteins responsible for hormone binding and transport, and those involved in both phase I and phase II detoxification pathways. Additional focus is given to gene variants linked to clotting factors, contributing to a broader understanding of metabolic influences within the hormonal framework. This comprehensive approach supports personal insights into metabolic pathways rather than clinical assessments or health diagnostics.

DNA Hormones serves as an informative resource for individuals interested in understanding how genetic factors may influence hormone-related metabolic processes and interactions. It provides valuable data that can support lifestyle, wellness, and research interests by highlighting potential variations in metabolite production and enzyme activity. The test facilitates a greater awareness of genetic diversity affecting hormonal metabolism without serving as a clinical diagnostic tool or health risk predictor.

DNA Hormones is intended for informational, educational, wellness and/or research purposes only. It is not intended for use in medical diagnosis, disease screening or clinical decision-making. DNA Hormones is not a replacement for clinical laboratory testing and does not provide medical diagnoses. This content is intended for general information within the EU market and should not be interpreted as a regulated in-vitro diagnostic claim.