​Aflatoxin contamination has long been a nightmare for farmers, food processors, and consumers worldwide. This harmful mycotoxin, often found in grains, nuts, and oilseeds, not only causes massive economic losses by spoiling crops but also poses severe threats to human and animal health.

For food producers, milk collectors, and quality control labs, ensuring product safety is paramount. Tetracycline antibiotics, while useful in veterinary care, leave residues in animal-derived foods like milk and honey that pose health risks and violate strict international standards. Traditional lab testing is accurate but slow and costly, creating a critical gap for quick, on-site decisions.

In our modern world, Bisphenol A (BPA) is an uninvited guest. This industrial chemical, found in countless plastics and food packaging, silently infiltrates our bodies, posing potential risks to hormonal balance and long-term health.

In the intricate map of human health, Vitamin B9 (Folate) acts as a master architect. It’s crucial for DNA synthesis, red blood cell formation, and supporting rapid cell growth during pregnancy.

Zearalenone Immunoaffinity Columns ​provides the solution. These are not generic filters but highly specific biochemical purification tools. Each column contains monoclonal antibodies with exclusive affinity for Zearalenone and its major metabolites (like α-Zearalanol and β-Zearalanol), covalently immobilized on a refined gel. This design enables a ‘capture-and-release‘ mechanism that delivers unmatched purity, recovery, and consistency for your samples, transforming a challenging analysis into a streamlined, trustworthy process.

Clover Technology Group, Inc. addresses this critical bottleneck with its high-performance Heparin Immunoaffinity Columns (IAC). These columns are not simple filters; they are sophisticated bio-specific purification tools.

In the world of dairy production and quality control, one invisible threat demands unwavering vigilance: Aflatoxin M1. This potent carcinogen, a metabolite of Aflatoxin B1 found in animal feed, can pass directly into milk, posing significant risks to public health.

In the demanding global dairy industry, the trace presence of Aflatoxin M1 (AFM1) poses a continuous and severe challenge.

The iElisa Vitamin B9 (Folic Acid) Detection Kit provides a highly sensitive, specific, and robust solution for the quantitative analysis of FA/VB9 in diverse samples. Designed for researchers and quality control professionals, this kit transforms complex biochemical analysis into a reliable, streamlined process, delivering accurate and reproducible results you can trust.

Designed for laboratories, quality control centers, and agribusinesses committed to uncompromising safety standards, our iElisa Aflatoxin B1 Kit delivers superior accuracy, robust performance, and streamlined workflow. This kit embodies our commitment to transforming complex detection challenges into simple, trustworthy results.