Immunohematology
Increasing lab efficiency and improving patient safety are critical for labs. By shifting from manual testing methods to automated methods, labs can impact their efficiency and reduce errors. Automate your extended phenotype testing, from titrations and blood typing to antibody screening, on a single platform with ORTHO SERA Reagents. By decreasing the need for manual interventions and automating non-value-added tasks, ORTHO SERA® Reagents help reduce the potential for error associated with current tube-based phenotyping reagents.
Increasing lab efficiency and improving patient safety are critical for labs. By shifting from manual testing methods to automated methods, labs can impact their efficiency and reduce errors. Automate your extended phenotype testing, from titrations and blood typing to antibody screening, on a single platform with ORTHO SERA Reagents. By decreasing the need for manual interventions and automating non-value-added tasks, ORTHO SERA® Reagents help reduce the potential for error associated with current tube-based phenotyping reagents.
Perform end-to-end, fully automated, extended antibody screening when paired with the ORTHO VISION® Platform, so you reduce reagent waste, save time and simplify standardization.
Rest assured that you always have the specific reagents you need on hand with this comprehensive suite of antisera.
Precise, accurate results minimize the potential for error. Clean, stable, well-defined endpoints eliminate objective interpretation.
Direct agglutination for many specificities yields results in as little as 15 minutes, while some specificities require a short 37 °C incubation and deliver results in under 25 minutes.
Our additive methodology approach enables you to customize testing to meet the needs of your patients, reducing or eliminating reagent costs due to an outdated product.
By eliminating the many non-value-added activities associated with current tube-based phenotyping reagents, you free up your staff to focus on other specialized activities.
Reagents
