What does ASR mean in UNCLASSIFIED

Uses

At the most basic level, Analytic Specific Reagents enable the accurate and reliable detection of certain molecules in samples. Without an ASR present during analysis, many tests will fail to produce accurate results. For example, an ELISA (Enzyme Linked Immunosorbent Assay) requires an enzyme-conjugated secondary antibody as part of its reagent mix — this particular antibody serves as a specific reagent that allows immunoassays like ELISA to detect and measure trace proteins in samples. In addition to detecting target molecules during testing procedures, some types of ASRs also aid in purifying sample components or helping separate target molecules from non-target ones before actual measurements begin.

Benefits

The primary benefit of using Analytic Specific Reagents is improved accuracy and reliability in analyzing samples in the laboratory setting. Rather than relying solely on manual methods of measurement with inherently low precision and accuracy levels, ASR ensures more accurate results by providing higher specificity and sensitivity for sampling procedures — especially when used as part of a more complex workflow with multiple reagents involved (e.g., an ELISA assay). Compared to standard reagents used across laboratories worldwide - such as Tris buffer or protease - Analytic Specific Reagents have much higher purity levels which allow for more precise qualitative and quantitative results when measuring concentrations within samples.