MDx-Chex® for Blood Culture Yeast (RUO), MDx-Chex® for Blood Culture GP (RUO) and MDx-Chex® for Blood Culture GN (RUO)
MDx-Chex for Blood Culture Yeast (RUO), MDx-Chex for Blood Culture GP (RUO) and MDx-Chex for Blood Culture GN (RUO) are full-process molecular quality controls designed for comprehensive molecular assay workflow validation.
Each control contains intact, inactivated microorganisms suspended in a stabilized, blood-like matrix of red and white blood cells and blood culture media components, making them ideal for evaluating the entire molecular testing process, from extraction to detection. Supplied in single-use vials, these controls cover multiple microbial targets, pathogens and antimicrobial resistance markers, helping labs achieve reliable performance, streamlined workflows and confident results when they matter most.
For Research Use Only. Not for use in diagnostic procedures. We recommend that you verify that control target coverage is adequate for your sample-to-results system of choice.
MDx-Chex for Blood Culture Yeast (RUO)
- Full-process quality control for the validation of molecular assays that identify yeast in blood cultures
- Each kit contains 10 single-use tubes (5 Positive Control and 5 Negative Control)
- Coverage of commonly tested yeasts*
MDx-Chex for Blood Culture GP (RUO)
- Full-process quality control for the validation of molecular assays that identify Gram-positive bacteria in blood cultures
- Each kit contains 10 single-use tubes (5 Positive Control and 5 Negative Control)
- Coverage of commonly tested Gram-positive bacterial pathogens and associated antimicrobial resistance markers*
MDx-Chex for Blood Culture GN (RUO)
- Full-process quality control for the validation of molecular assays that identify Gram-negative bacteria in blood cultures
- Each kit contains 10 single-use tubes (5 Control 1 and 5 Control 2)
- Coverage of commonly tested Gram-negative bacterial pathogens and associated antimicrobial resistance markers*
*See the Instructions For Use (IFU) for full target coverage.