Vivid Lateral Flow Nitrocellulose Membrane
Pall Medical, part of Cytiva
We envision a world in which access to life-changing therapies transforms human health.
The Diagnostic Uses Of The Nitrocellulose Membrane
Nitrocellulose membranes are the heart of lateral flow assays and require highly consistent wicking rate and thickness. Variations in either can have detrimental effects on assay sensitivity, reproducibility, and reagent consumption. Vivid Lateral Flow Nitrocellulose (LFNC) membranes are manufactured to ensure that these key parameters are tightly controlled with coefficients of variation (CV) between 5 and 10 %. Nitrocellulose is the globally preferred membrane substrate in diagnostic tests where antigen antibody binding occurs, e.g., pregnancy tests, urine-albumin tests and C-reactive protein (CRP) detection. Pall’s Vivid LFNC membranes fulfil all the criteria to enable the development and manufacture of a diverse range of tests with reliability and reproducibility, available with the following benefits:
Membrane Consistency for Assay Reproducibility and Sensitivity
Increased sensitivity
Strong consistency and high duplication rate
Consistent reproducibility
Clear results
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Dependable performance
Clear surface appearance
Result timing
Capillary Speed/Wicking
Assay sensitivity is maintained with consistency of the wicking rate of the nitrocellulose membrane. By maintaining a uniform sample front that travels along the membrane at a consistent speed, the target analyte is maintained in a homogenous concentration. This ensures that the target analyte present in the sample has adequate time to bind to the capture antibody resulting in reproducible results from lot-to-lot.
?Author:
Joseph Vickers - Portfolio Lead, Membrane & Media
A Global Portfolio Leader at Pall Corporation, responsible for the Membranes and Media portfolio. He has previous experience in global marketing and operations, holding an MEng in Chemical Engineering from the University of Surrey.