Endpoint assays for in-vivo AST and LDH analysis
Bioo Scientific
Endpoint assays
Bioo Scientific has announced the availability of colour endpoint assays that use a technology for the visible detection of in-vivo toxicity using only 5ul of serum from rodents or other mammals.
The Maxdiscovery Aspartate Transaminase (AST) and Lactate Dehydrogenase (LDH) assays are tools for the detection of drug-induced toxicity to the liver and heart can be used for preclinical testing in the drug discovery process.
These assays employ simplified endpoint analysis to offer high sensitivity, low detection limits and the ability to use a visible plate reader.
The Maxdiscovery Aspartate Transaminase (AST) kit permits quantitative visible determination of AST in a convenient format.
The Maxdiscovery LDH Color Endpoint Assay kit measures the direct chemical conversion of LDH and does not rely on coupled enzymatic amplification for high precision, quantitative measurements.
Each kit contains ready-to-use product standards for the development of standard curves and accurate calibration of the assay.
'Our AST and LDH kits will provide researchers with tools to identify toxic effects and adjust therapeutic formulations to minimise toxicity,' said Dr Joe Krebs, director of protein chemistry at Bioo.
More stories
MaxSignal ELISA improves Nitrofuran screening
The MaxSignal ELISA line improves analysis of nitrofurans in feed, fish, shrimp, meat, honey, milk, serium and urine.
15 min assay for fructose determination
MaxSignal is an enzyme-based test kit for the determination of fructose in food.
Analysis of fluoroquinolone in milk and meat
The AuroFlow Fluoroquinolone Strip Test Kit is a rapid screening tool for the meat and dairy industries.
Food safety testing kits on show at AOAC
Bioo Scientific will feature its food safety testing kits at the 126th AOAC Annual Meeting in Las Vegas.
ELISA facilitates carbendazim analysis in juice and honey
The MaxSignal Carbendazim ELISA from Bioo Scientific is designed to screen food and feed samples for pesticide contamination.







