TG (Triglycerides) MR (Ready to Use) 4 × 100 mL (Linear®)

TG (Triglycerides) MR (Ready to Use) 4 × 100 mL (Linear®)

Linear TG (Triglycerides) MR (Ready to Use) 4 × 100 mL is a high-performance clinical chemistry reagent formulated for the quantitative determination of triglycerides (TG) in human serum or plasma. Manufactured by Linear Chemicals, Spain, this ready-to-use monoreagent utilizes the GPO-PAP (Glycerol-3-Phosphate Oxidase–Peroxidase) enzymatic colorimetric method to deliver fast, accurate, and highly reproducible results. Designed for routine lipid profile analysis, it is compatible with both semi-automated and fully automated biochemistry analyzers, making it an excellent choice for hospitals, diagnostic centers, and research laboratories.

Key Features

• Ready-to-use monoreagent formulation

• Enzymatic GPO-PAP colorimetric method

• High accuracy, precision, and reproducibility

• Excellent reagent stability for routine laboratory use

• Suitable for serum and plasma samples

• Compatible with most semi-auto and fully automated chemistry analyzers

• Ideal for high-volume lipid profile testing

• Pack size: 4 × 100 mL

• CE marked and IVD (In Vitro Diagnostic) certified

Applications

• Quantitative determination of triglycerides (TG)

• Routine lipid profile analysis

• Cardiovascular disease risk assessment

• Diagnosis and monitoring of hypertriglyceridemia

• Clinical chemistry testing in hospitals and diagnostic laboratories

• Research and academic laboratory applications

Technical Specifications

• Product Name: TG (Triglycerides) MR (Ready to Use)

• Brand: Linear®

• Pack Size: 4 × 100 mL

• Method: GPO-PAP Enzymatic Colorimetric Method

• Sample Type: Serum / Plasma

• Application: Quantitative determination of Triglycerides (TG)

• Storage Temperature: 2–30°C

• Country of Origin: Spain

• For In Vitro Diagnostic (IVD) Use Only

Storage

Store the reagent at 2–30°C in a cool, dry place away from direct sunlight. Keep the reagent container tightly closed when not in use to maintain optimal stability and ensure consistent analytical performance.