Gyrolab Spin Blog

Apr 25, 2018 2:22:39 PM

How to overcome disease-specific matrix interference

Minimize incubation times with flow-through immunoassays

dropMatrix interference can be a major challenge in the development of immunoassays to study a number of disease states. Kathi Williams and her colleagues at Genentech Inc., USA, experienced considerable problems with matrix interference when developing an ELISA for Phase III studies of a humanized monoclonal antibody when a new patient group was introduced. The solution was to transfer the assay to the Gyrolab platform that, thanks to its flow-through technology helped minimizing matrix effects by reducing the incubation times with the capture reagent antibody.

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Topics: matrix, Pharmacokinetics, immunoassay, clinical trial, Phase III studies, ulcerative colitis, Crohn's disease

Mar 3, 2016 10:59:00 AM

Find the flow and solve matrix interference problems

Gyros’ technology overcomes matrix effects in a Phase III PK assay

case_study2016.pngIt is not unusual for a pharmacokinetics assay used early on in a study proves to lack the robustness needed to see the drug candidate through to more advanced clinical studies. A team at Genentech experienced just that and they solved the problem by transferring their ELISA to the Gyrolab platform.


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Topics: matrix, Pharmacokinetics, Gyros

Jul 27, 2015 8:58:57 AM

The small, the rare, and the complex

Analyzing challenging matrices

dropWhile many preclinical and clinical studies require analysis of plasma, serum or blood, some involve more challenging matrices, such as vitreous and aqueous humor, tears, synovial fluid, and bronchoalveolar lavage. These matrices often have high viscosity, high protein concentration and low analyte concentration. Added to that, the samples are almost invariably very small, expensive and difficult to source. Analytical methods must therefore match the matrix’s complex qualities and also the small volumes available. 


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Topics: matrix, Microsampling

Jun 19, 2014 8:46:00 AM

AAPS awards poster prize for study of matrix effects using Gyrolab

award-ribbon-blueGyros technology wins for the third year in a row

The 2014 AAPS Biomarkers Best Abstract Award at the AAPS National Biotechnology Conference (May 19–21, San Diego, USA) has been awarded to Chase Shen and Chris Stebbins of Biogen Idec, Inc. for their poster reporting studies of matrix effects using Gyrolab, ’Urine Urea Impacts the Accuracy of Soluble Vascular Cell Adhesion Molecule 1 (sVCAM-1) Urinary Immunoassay’. Congratulations to Chase Shen and Chris Stebbins!

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Topics: Biomarkers, matrix