High-Quality Anti-K (cloneAEK4) Blood Grouping Reagent for Blood Typing
ProcurenetShort description
Anti-K (cloneAEK4) Blood Grouping Reagent
This product is a high-quality BIOSCOT™ Anti-K from clone AEK4, specifically a type of Human IgM. Its primary purpose lies in the effective grouping of blood tests, making it a necessary component within medical and health-related research facilities. Its reference code is BK10X5MLU. A more detailed explanation, including usage specifics, is provided on the Millipore website.
- Clone: AEK4
- Type: Human IgM
- Composition: BIOSCOT™ Anti-K from clone AEK4
- Reference: BK10X5MLU
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Procurenet Team Tshim Sha Tsui
Hong Kong
3 years
Description
High-Quality Anti-K (cloneAEK4) Blood Grouping Reagent
The Anti-K (cloneAEK4) Blood Grouping Reagent is an exceptional product used in transfusion medicine to accurately determine blood types and identify potential incompatibilities between donors and recipients. Precise and specific, this reagent provides indispensable support to blood banks, hospitals, and clinical laboratories globally.
Composition and Key Features
- It carries the clone AEK4 which is specifically chosen for its high sensitivity and specificity towards the K antigen.
- Formulated with human IgM, ensures optimal interaction and compatibility with human blood samples.
- Comprises BIOSCOT™ Anti-K, a proprietary formulation guaranteeing top performance and accurate results.
- Superior specificity towards the K antigen allows for highly precise and reliable blood typing and crossmatching.
Essential Applications
- Primarily used in blood grouping and typing, the Anti-K (cloneAEK4) Blood Grouping Reagent is pivotal in accurately determining the blood type of donors and recipients, which assists in compatibility checking for blood transfusions and organ transplants.
- The reagent's sensitivity helps highlight potential incompatibilities between donor and recipient samples, lowering the risk of negative reactions during transfusions.
- Its high specificity enhances its significance in molecular immunohematology research, making it an excellent tool for researchers investigating blood group antigens.
