Feline Ingredients Nucleic Acid Detection Kit-P600H

The product is used for storage and transportation of human specimen,it offers biological buffer, maintains normal PH value of organism and stability of nucleic acid and prevents nucle Animal species identification in food and feed products has increasingly acquired importance due to public health, economic and legal concerns. Even religious and ethical criteria can be at risk in the case of food adulteration.

Unknowingly ingesting an allergenic animal product can be a serious health danger. Additionally, the unknown presence of any animal ingredients in vegetarian food may cause individuals to unknowingly violate their belief system. And the substitution of an inferior animal species in a food product often referred to as "food fraud," has both economic and legal ramifications.

Tianlong Animal Species DNA Detection Kits offer a broad portfolio of real-time PCR-based animal species detection   solutions. The range includes assay kits for pig, cow, equine, sheep, donkey, chicken, duck, goose, dog, cat, mouse, deer, and fox DNA in food samples and animal tissues. The assays provide very high sensitivity with a limit of detection (LOD) of 500 copies/mL.
ic acid degradation. Besides, the product can inactive the advanced structure of pathogen protein, deprive biological activity and reduce infectivity and pathogenicity.

Features

*Wide Coverage
Qualitative detection of animal DNA by Real-time PCR method, providing b road portfolio of animal species detection solutions

 

*Various Specimen
F ood containing animal components, animal tissue or blood, animal feed, meat products, etc.

*Real-time PCR based animal DNA detection
Provides a rapid test solution that detects animal DNA  with a high   degree of sensitivity and specificity

*Good Compatibility
Widely a pplicable in instruments  with FAM and CY5 channels

*Providing I ntegrated Solution
H ighly efficient and reliable, Tianlong integrated PCR lab solution from devices to reagents can ensure great compatibility and minimized errors.