Protein G Gold Conjugate Impregnated Conjugate Pads for Lateral Flow Assays
Introducing our advanced Protein G Gold Conjugate Impregnated Conjugate Pads, specifically engineered for lateral flow assays. These pads are pre-impregnated with a Protein G gold conjugate, enhancing the functionality and reliability of rapid diagnostic tests. Ideal for efficiently capturing multiple subclasses of antibodies, these pads offer high specificity and sensitivity, making them essential for the development of effective diagnostic tools.
Introducing our advanced Protein G Gold Conjugate Impregnated Conjugate Pads, specifically engineered for lateral flow assays. These pads are pre-impregnated with a Protein G gold conjugate, enhancing the functionality and reliability of rapid diagnostic tests. Ideal for efficiently capturing multiple subclasses of antibodies, these pads offer high specificity and sensitivity, making them essential for the development of effective diagnostic tools.
- Quantity: Pack of 3 strips
- Conjugate Pad Dimensions: 1cm x 30cm
- High Affinity Binding: Protein G is renowned for its robust binding affinity to a broad range of IgG subclasses from various species, as well as its ability to bind to albumin, increasing its utility in diverse diagnostic scenarios.
- Gold Conjugation: The gold nanoparticles provide a vivid, easily visible signal, which is crucial for clear, readable outcomes in diagnostic tests.
- Ready-to-Use Format: These pre-impregnated pads streamline the manufacturing process, reducing assembly time and minimizing potential errors, which are critical in high-stakes testing environments.
- Consistent Performance: Standardized production ensures uniformity and reliability in assay results, which is vital for maintaining high-quality standards in diagnostic testing.
- Medical Diagnostics: Ideal for use in point-of-care testing kits designed to detect infectious diseases, immune responses, or other medical conditions where quick, reliable results are crucial.
- Research and Development: Provides a valuable tool for researchers developing new assays, enabling efficient pilot testing and validation of novel diagnostic tests.
- Simplified Test Development: Significantly reduces the complexity and time required to develop and produce lateral flow assays.
- Enhanced Sensitivity and Specificity: Improves the accuracy and reliability of tests, crucial for diagnostics where precision is paramount.
- Streamlined Production: Offers manufacturers ease of integration into existing product lines, supporting rapid scale-up and deployment.