Lithium Heparin: A Superior Anticoagulant for Clinical Chemistry and Electrolyte Testing
Discover the advantages of lithium heparin for accurate blood analysis in clinical biochemistry and beyond.
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Lithium Heparin
Lithium heparin stands out as a superior anticoagulant chemical reagent, primarily utilized in blood collection tubes. Its key advantage lies in its minimal interference with the determination of other ions, making it the anticoagulant of choice for precise clinical chemistry and electrolyte testing. It ensures enhanced sample stability, preserving the integrity of plasma for a wide array of diagnostic analyses.
- The use of lithium heparin in clinical chemistry is paramount for obtaining accurate results in biochemical tests.
- Experience the advantages of lithium heparin in electrolyte testing, where it provides higher accuracy compared to other anticoagulants.
- This lithium heparin powder for biochemical tests offers excellent sample stability, crucial for reliable diagnostic outcomes.
- Understand the anticoagulant properties of lithium heparin and why it's preferred for precise blood analysis, especially when determining ion concentrations.
Key Product Advantages
Enhanced Sample Stability
Leveraging the lithium heparin stability in plasma samples, diagnostics benefit from preserved sample integrity, ensuring reliable and repeatable results for critical tests.
Precise Ion Determination
Due to its minimal interference, lithium heparin is ideal for accurately measuring various ions, a critical aspect of the lithium heparin chemical reagent applications in advanced medical diagnostics.
Broad Test Compatibility
The suitability of lithium heparin for a wide range of clinical chemistry and biochemical tests makes it a versatile and indispensable component in modern laboratory workflows.
Key Applications
Blood Collection Tubes
Lithium heparin is widely used as a coating within blood collection tubes, acting as an anticoagulant for blood collection, crucial for preparing samples for laboratory analysis.
Clinical Biochemistry
In clinical biochemistry, lithium heparin ensures that blood samples remain fluid, enabling precise analysis of various analytes without clotting interference.
Electrolyte Testing
For electrolyte testing, lithium heparin offers superior accuracy compared to sodium heparin, preventing the overestimation of sodium levels and ensuring reliable patient data.
Emergency Testing
Its rapid anticoagulant action makes lithium heparin essential for emergency testing, where timely sample processing is critical for immediate patient assessment and treatment decisions.