High-Purity Dipotassium EDTA K2 Powder for Reliable Anticoagulation
Ensuring accurate blood sample analysis with superior anticoagulant properties and cell preservation.
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Dipotassium Ethylenediaminetetraacetic Acid
This high-purity Dipotassium EDTA K2 powder (CAS 25102-12-9) is a vital anticoagulant for blood collection tubes, crucial for maintaining the integrity of blood samples. Its primary function is to chelate calcium ions, effectively preventing blood clotting. This ensures that blood cells retain their morphology and that the sample remains stable for various laboratory tests, including hematology and biochemistry. The powder form is easily soluble in water and offers excellent stability at room temperature, making it a reliable choice for clinical and research applications.
- Discover the benefits of EDTA K2 powder anticoagulant for blood collection: This key additive prevents coagulation, vital for accurate hematological tests.
- Understand dipotassium ethylenediaminetetraacetic acid's role in blood tests: It ensures blood cells retain their shape and function for precise analysis.
- Learn about K2 EDTA chemical reagent uses in preserving sample integrity for extended periods.
- Explore how these blood collection tube additives EDTA K2 contribute to reliable patient diagnoses.
- Utilize a stable anticoagulant powder for hematology to achieve consistent and trustworthy results.
Key Advantages
Effective Anticoagulation
Experience superior blood sample preservation by preventing coagulation, ensuring accurate hematological analysis with our high-purity K2 EDTA powder.
Cellular Integrity Preservation
Protect the morphology and structure of blood cells, including white blood cells and platelets, for reliable diagnostic outcomes.
Enhanced Stability and Solubility
This white crystalline powder is odorless, soluble in water, and stable at room temperature, facilitating easy handling and storage.
Key Applications
Blood Collection Tubes
Essential for the preparation of vacuum blood collection tubes, ensuring proper anticoagulation for various diagnostic purposes.
Hematology Tests
Crucial for accurate cell counting, sizing, and morphological analysis in routine hematology examinations.
Biochemistry Analysis
Provides a stable sample matrix for precise biochemical measurements, minimizing interference from the coagulation cascade.
Molecular Studies
Offers a reliable environment for DNA extraction and analysis, supporting various molecular biology research applications.