El papel clave del tampón TES 7365-44-8 en el kit de determinación de ácidos grasos libres (NEFA)

Otros vídeos
June 10, 2025
Brief: Discover the crucial role of TES buffer 7365-44-8 in free fatty acid (NEFA) determination kits. This video highlights how TES buffer ensures accurate pH regulation, optimizes enzyme activity, and enhances detection stability for reliable clinical diagnosis of diabetes, cardiovascular diseases, and metabolic syndrome.
Related Product Features:
  • TES buffer maintains a stable pH range of 6.8-8.2, essential for enzymatic reactions in NEFA detection.
  • Optimizes enzyme activity, particularly for acyl CoA synthase, ensuring efficient and rapid NEFA determination.
  • High purity (≥99%) minimizes impurities that could inhibit enzyme activity, enhancing test reliability.
  • Excellent chemical stability with a pKa of 7.4 at 25°C, reducing pH fluctuations due to temperature changes.
  • Compatible with other kit components, preventing precipitation or loss of activity during reagent preparation.
  • Water-soluble and forms transparent solutions quickly, simplifying the reagent preparation process.
  • No tóxico y seguro para uso clínico, cumpliendo con estrictos estándares de seguridad para pruebas diagnósticas.
  • Manufactured by Hubei Xindesheng Material Technology Co., Ltd., ensuring high-quality and reliable performance.
FAQ:
  • Why is TES buffer used in NEFA determination kits?
    TES buffer is used to maintain a stable pH environment, optimize enzyme activity, and ensure accurate and reliable detection of free fatty acids (NEFA) in clinical samples.
  • ¿Cuál es el rango de pH del tampón TES?
    El tampón TES opera eficazmente dentro de un rango de pH de 6.8-8.2, lo que lo hace ideal para reacciones enzimáticas en kits de detección de AGL (ácidos grasos no esterificados).
  • How does TES buffer improve NEFA detection accuracy?
    TES buffer enhances detection accuracy by stabilizing pH, optimizing enzyme performance, and reducing interference from environmental factors like temperature fluctuations and sample impurities.