Clinical Diagnostics Products & Reviews

Two plates can be inserted confidently into the Microplate Centrifuge without sealing tape or caps.

With a 4 mm orbit and fixed speed of 2800 rpm, even the largest samples are vortexed instantly.

Lightweight and designed to fit comfortably in either hand.

For cell culture with different growth areas

For cell culture with different growth areas

Available in the nominal sizes 35, 60, 100 and 145 mm Ø

Polystyrene cell culture tubes

PS or PET roller bottles with standard or filter screw cap

Datamatrix Coding for Cryogenic Storage Tubes

Simplify your scale up and mass cell culture

Datamatrix and Linear Coding for Cryogenic Storage Tubes

Biological coatings on high-quality cell culture vessels

CELL Culture Dish with glass bottom

Fully automated pathogen DNA isolation and broad-range PCR analysis from body fluids, swabs and tissues for clinical routine diagnostics

Microbial DNA enrichment, isolation and PCR detection

Universal 18S rDNA real-time PCR assay for sensitive detection of fungal DNA

ACROBiosystems' Recombinant Factor C Endotoxin Testing Kit (Cat. NO. RES-A056) offers a sustainable alternative to traditional LAL testing by eliminating reliance on horseshoe crab blood. The rFC assay ensures regulatory compliance, supports animal welfare, and aligns sustainability goals, making it a superior choice for environmentally conscious endotoxin testing. Developed through proprietary platform technology, this endpoi…

An innovative technology termed isotopic ratio outlier analysis (IROA) was developed to overcome the analytical challenges associated with current, stable isotope labeled compounds used in untargeted /targeted metabolic profiling.   These challenges minimally pertain to analytical variance, artifactual peaks, and metabolite identification. The IROA method uses metabolic incorporation of heavy (95% 13C) and light (5%…

Monoclonal Anti-Claudin-18.2 Antibody, Mouse IgG1 (3B10) was developed to be exquisitely CLDN18.2 specific, characterized as not cross-reacting with CLDN18.1 and without background staining.

The SAT 450 is a fully automated, random-access clinical analyzer for routine and special chemistries testing. It analyzes serum, plasma, urine and other fluids, allowing clinicians to determine and quantify metabolites, electrolytes, proteins and drugs. SAT 450’s automation allows maximizing throughput and improves operator’s safety from exposure to biohazards as well as minimizes cross-contamination risks.

OXM causes weight loss via suppression of food intake and increase in energy expenditure. OXM administration was also reported to increase heart-rate in mice. Besides regulating glucose homeostasis in monogastric animals, OXM also increases the concentration of insulin and glucose in plasma of Holstein cattle under normal physiological conditions. It has been shown that Type 2 diabetes patients have lower levels of OXM and lev…

The Ansh Labs Bioactive IGF-I kit uses a highly sensitive two-site antibody method which allows detection of bioactive IGF-I. This assay enables accurate measurement and differentiation of bioactive IGF-I from total IGF-I levels. Assessment of bioactive to total IGF-I ratio will be informative and advance our understanding of IGF-I function and regulation in different physiological and disease states.

The Total IGF-I immunoassay is a direct detection method which eliminates potential altering of sample matrix from size-exclusion chromatography or filtration methods.  

The ratio of Total to Intact IGFBP-4 concentration measured in individual subjects over time will help normalizes the IGFBP-4 variability between subjects and also increase the detection rate of increased PAPP-A activity in myocardial infarction subjects.

During pregnancy, PAPP-A is produced in high concentrations by the trophoblast and released into maternal circulation. In addition to trophoblasts, PAPP-A expression has been reported in various tissues, including endometrium, testis, atherosclerotic arteries, kidney, bone, colon, and other adult and fetal tissue.