Find technical documentation on our products as well as scientific references.
Rapid determination of high-affinity KDs using Gyrolab systems
Gyrolab immunoassay platforms enable rapid and accurate determination of affinity interactions, down to picomolar KD, by measuring free unmodified interactants in equilibrated solutions.
Quantitation of active GLP-1
GLP-1 is a gut hormone that is secreted in response to food intake, affecting both metabolism and weight. Since endogenous levels of GLP-1 are typically less than 5 pM in diabetes and obesity, the chosen method must have high sensitivity. Gyros Protein Technologies has developed an automated immunoassay for human active GLP-1 using commercially available reagents.
Maximizing productivity in biopharmaceutical research and clinical development
Three case studies are presented: "Obtaining an entire PK profile form a single mouse", "Earlier and more sensitive detection of drug-induced kidney toxicity in preclinical studies" and "Ramping up Phase II/III PK studies to meet critical deadlines".
Quantitation of Host Cell Protein Impurities
Gyrolab HCP assays deliver high precision results over a broad dynamic range, minimizing repeat analysis in bioprocess development and production.
Comparison of five immunoassays specific for CHO HCP using Gyrolab
Gyros Protein Technologies offers a range of five ready-to-use kits to measure HCP impurities from Chinese Hamster Ovary cells (CHO), based on commercially available antibody preparations.
Immunoassays to maximize productivity in bioprocess development
Gyrolab systems meet the needs of many biopharmaceutical companies that apply immunoassays to bioanalysis throughout bioprocess development. Gyrolab immunoassay platform addresses bottlenecks and delays by providing rapid assay development time, automation, high throughput, and a broad dynamic range that minimizes dilutions and repeats.
Quantitation of Antibody-Drug Conjugates
Using Gyrolab systems, a generic IgG assay and an assay to measure payloads of ADCs can quickly be developed in parallel.