產品資訊

Agricultural Applications

Agricultural Applications

Agricultural Applications

  • Livestock Testing
    Foot-and-Mouth Disease, Aquaculture and Livestock Quarantine
  • Crop Testing
    Pathogen Analysis, Habitat Monitoring, and Virus-Induced Crop Loss
  • Food Testing
    Bacterial and Microbial Contamination
    Counterfeit alcohol products detection (methanol)
    Toxic and Hazardous Substances Analysis
  • Agricultural  Testing
    Pesticide Residue
    Toxins and Microorganisms
    Agricultural Product Grading: Freshness and Sweetness
    Genetically Modified Organisms (GMO) Detection

Livestock Testing 

Livestock Testing Items such as Kidney Function, Liver Function, and Pathogen Detection

Parasite related diseases on live stocks.

Foot-and-Mouth Disease and Antibiotic Residue Testing.

We provide rapid and accurate testing tools to help the livestock industry monitor animal health.

 

Our testing covers kidney and liver functions, pathogen detection, and common parasite-related diseases, enabling effective support for early diagnosis and treatment.

 

For the livestock industry, we also provide rapid testing for Foot-and-Mouth Disease and antibiotic residues, helping to monitor outbreaks, reduce transmission risks, and ensure food safety.

 

Through precise testing, we enhance animal care quality, minimize the impact of diseases on the industry, and improve efficiency in both veterinary practice and livestock management.

Crop Testing

Viral Infections, Pesticide Residues, and Crop Loss Caused by Viral Diseases

Once crops are infected by plant viruses, they often suffer from stunted growth, fruit deformities, or quality deterioration, ultimately resulting in agricultural losses.

 

ProtectLife provides comprehensive pesticide residue analysis services, covering multiple pesticide categories such as organophosphates, organochlorines, carbamates, and pyrethroids. Testing items can be tailored to specific crop characteristics to ensure high accuracy and reliability.

 

In terms of equipment and methodology, we employ an advanced microfluidic technology platform featuring two core innovations: “Miniature Full-Spectrum Multi-Marker Analysis” and “Synchronous Microfluidic Chip Detection.”

 

The former enables simultaneous detection of multiple contaminants by selecting appropriate spectral ranges and sensitivity levels according to industry needs and sample characteristics. The latter integrates previously complex pre-treatment, separation, and purification processes directly onto the chip, significantly improving efficiency and precision.

 

Through professional testing and innovative technologies, we support agricultural producers, the food industry, and regulatory authorities in effectively monitoring pesticide residues, ensuring food safety and sustainable industry development.