ZeptoMetrix - Molecular Diagnostics Clinical Diagnostics Products & Reviews

ZeptoMetrix® Swab-Based Molecular Quality Controls deliver a convenient, room-temperature alternative to liquid controls. Formulated with NATtrol™ non-infectious whole microorganisms, these ready-to-use swabs support full process monitoring, from extraction through detection, while simplifying storage, shipping, and workflow across molecular testing platforms.

ZeptoMetrix® NATtrol™ is a trusted third-party QC solution for gastrointestinal infectious disease molecular testing. Formulated with non-infectious whole microorganisms, NATtrol™ controls support reliable extraction and amplification monitoring across a broad range of assays and platforms.

Labs trust ZeptoMetrix® NATtrol™ Molecular Quality Controls and Panels for respiratory testing. Formulated with non-infectious whole microorganisms, these ready-to-use refrigerated controls support full process monitoring across respiratory molecular assays and platforms.

ZeptoMetrix® NATtrol™ BCID Panels deliver trusted third-party quality control for bloodstream infection molecular testing. Formulated with ready-to-use, non-infectious whole microorganisms, they support full-process monitoring, assay validation, and consistent performance across multiple molecular platforms

ZeptoMetrix® NATtrol™ Molecular Controls and Panels provide trusted third-party quality control for women’s health and sexually transmitted infection (STI) testing. Formulated with non-infectious whole microorganisms, these ready-to-use refrigerated controls support full process monitoring across molecular assays and platforms.

ZeptoMetrix® partners with assay developers across all stages of assay development, from concept and design to commercialization.

A comprehensive ESR1 Control covering 16 ESR1 mutations.

ZeptoMetrix® NATtrol™ is the trusted third-party QC for critical infectious disease testing. Ready-to-use, non-infectious whole microorganisms support full process monitoring, assay validation, and laboratory performance evaluation across molecular platforms.