In the feed and animal nutrition industry, grain and cereal crops and processed by-products, as the key source of vegetable protein for feed, are a key part of animal nutrition and also the main source of mycotoxins for feed enterprises. Once grain and cereal crops contaminated by mycotoxins are used to make feed and feed poultry, livestock, fish and other animals, it will affect animal growth performance and eventually be transmitted to humans through the food chain, ultimately threatening human health.

Facing the diversification of feed raw material composition, in the detection of mycotoxins in feed raw materials and finished feed, Xinyu Biology can provide users with mycotoxin detection products that have unified pretreatment for multiple items and can detect multiple samples simultaneously, so that mycotoxins in feed and feed raw materials can be detected quickly, accurately and quantitatively.

Detection of veterinary drug residues in animal-derived feed raw materials

Animal-derived feed raw materials are mostly by-products or scraps from food processing. They have high nutritional value and are widely used in feed formulations in the aquaculture industry. Animal-derived feeds mainly include fish meal, meat meal, meat and bone meal, bone meal, blood meal, silkworm chrysalis, feather meal, oil residue powder from animal scraps, animal fats, etc.

Detecting veterinary drug residues in animal-derived raw materials added to feed is the key to ensuring the quality and safety of feed and can control the risk of excessive veterinary drug residues in the aquaculture industry from the source.

We provide users with a fluorescence quantitative detection method that can quickly quantitatively detect veterinary drug residues in animal-derived feed raw materials.

Most plant seeds contain anti-nutritional factor components that prevent the spontaneous degradation of major components such as protein, starch, and fat. The by-products processed from various seeds are an important part of protein raw materials in feed (such as soybean meal, fermented soybean meal, cottonseed meal, peanut meal, etc.). Although the industry has developed many new technologies and methods for eliminating plant-derived ANFs such as puffing, enzymatic hydrolysis, and microbial fermentation, the technological levels of various methods have great differences in the degree of damage to plant-derived ANFs and are also key factors in determining the quality of plant protein raw materials in feed

We can provide complete ELISA detection kits for plant-derived anti-nutritional factors from sample pretreatment and extraction to sample detection for feed research and development, production enterprises such as feed raw material fermentation and enzymatic hydrolysis, and animal nutrition research institutions.