Animal disease monitoring forms the foundation for the prevention and control of animal epidemics. It enables the analysis of disease prevalence and forecasts biological hazards, allowing for the implementation of targeted control measures.

Characterized by short experimental cycles, high sensitivity, strong specificity, and real-time quantification, nucleic acid testing (NAT) has become the mainstream technology in animal disease detection.

Jielaimei actively invests in the research and development of animal disease diagnostics and monitoring. The company has developed comprehensive solutions covering place-of-origin inspection, slaughter inspection, and trading market inspection. Furthermore, Jielaimei collaborates with clients to customize detection reagents for specific pathogens, empowering the highly efficient monitoring, prevention, and control of animal diseases.

Focusing on mainstream livestock and poultry epidemics, Jielaimei provides a wide array of nucleic acid detection kits that align with national standards, covering high-incidence diseases across multiple animal categories such as poultry, swine, cattle, and sheep.

1. Highly Pathogenic Porcine Reproductive and Respiratory Syndrome Virus (HP-PRRSV) Nucleic Acid Detection Kit (Fluorescence PCR Method)

2. Brucella Nucleic Acid Detection Kit (Fluorescence PCR Method)

3. Mycobacterium bovis (Bovine Tuberculosis) Nucleic Acid Detection Kit (Fluorescence PCR Method)

4. Rabies Virus Nucleic Acid Detection Kit (Fluorescence PCR Method)

5. Schistosomiasis Nucleic Acid Detection Kit (Fluorescence PCR Method)

6. Glanders (Burkholderia mallei) Nucleic Acid Detection Kit (Fluorescence PCR Method)

7. Equine Infectious Anemia Virus (EIAV) Nucleic Acid Detection Kit (Fluorescence PCR Method)

8. Salmonella Nucleic Acid Detection Kit (Fluorescence PCR Method)

9. Avian Leukosis Virus (ALV) Nucleic Acid Detection Kit (Fluorescence PCR Method)

To guarantee the stability of the detection workflow and the reliability of results, Jielaimei offers two categories of core quality controls, covering quality control across the entire experimental chain:

• Viral Nucleic Acid Quality Controls / Reference Standards: Used to verify nucleic acid extraction efficiency and PCR amplification validity, ensuring compatibility between reagents and instruments during the detection process.

• Metagenomic Sequencing Quality Controls: Provide accurate quality references for metagenomic sequencing experiments to eliminate sequencing errors.

QX Series Real-Time qPCR System

• Industry-Leading Thermal Performance: Equipped with multiple ultra-high-precision temperature sensors and dual PID technology, delivering top-tier heating/cooling rates, temperature uniformity, and accuracy.

• High-Performance Optics: Features a balanced, broad-spectrum LED light source to ensure efficient excitation across all channels, alongside a highly sensitive sCMOS detector capable of rapidly reading extremely weak fluorescence signals; supports fluorescence channel expansion.

• Advanced Software Capabilities: Boasts a powerful software system with a built-in gene expression analysis module and MIQE logging functionality, providing integrated data analysis, statistics, and publication tools.

• Smart Operation: Supports touch screen/remote control, automatically sends data reports via email, and shuts down upon command, making operation intelligent and convenient.

Digital Matrix series Two-Unit Droplet Digital PCR Systerm

• All-in-One Fully Enclosed Chip Amplification: Utilizing an integrated microfluidic chip design, it pushes the integration, automation, and intelligence of the testing process to the absolute limit. The fully enclosed amplification environment effectively eliminates cross-contamination, precisely avoiding the risk of false positives.

• Two-in-One Droplet Generation and Amplification: Droplet generation and PCR amplification are integrated into the same system. The entire process is automated, eliminating manual transfer errors and reducing hands-on time.

• Powerful Image Analysis Functionality: Accurately reads droplet fluorescence signals, analyzed intelligently by AI algorithms. The innovative introduction of a droplet fluorescence heatmap allows for intuitive monitoring of reaction system uniformity, while supporting the visual backtracking of positive droplets to effectively exclude false positives.

EasyAmp 96ZE Thermal Cycler

• Maximum Heating/Cooling Rates: Utilizing high-efficiency, long-life Peltier heating/cooling elements, it achieves a maximum heating rate of 7.0°C/s and a maximum cooling rate of 6.0°C/s, saving valuable experimental time.

• Innovative Lever-Type Heated Lid: Featuring innovative lever-style heated lid technology with an elastic press-and-lock linkage mechanism and a thermally conductive lid design, it ensures zero evaporation of reagents within every single well during experiments.

• Precise Temperature Control: Four independent temperature-controlled zones with edge-heating films successfully eliminate edge effects.

• Flexible Heated Lid Settings: The temperature and working mode of the heated lid are fully adjustable to meet diverse experimental requirements.

• Peltier Warning and Protection: Actively issues warnings regarding Peltier efficiency degradation to ensure long-term equipment operation. It features automatic power-off protection and automatically resumes uncompleted protocols once power is restored.

• 12-Column Temperature Gradient: Equipped with a 12-column gradient function, allowing users to rapidly optimize reaction conditions.

• Early Warning, Blocking Transmission: High-sensitivity detection technology enables the early discovery of epidemics, helping clients take timely measures to prevent large-scale disease outbreaks.

• Precision Control, Reducing Losses: By clarifying pathogen loads through quantitative testing, the system guides precise medication and immunization planning, thereby reducing breeding costs and disease mortality rates.

• Compliant Testing, Safeguarding Distribution: It meets the inspection requirements for livestock and poultry products during market-ready release, slaughter, and transaction phases, ensuring products comply with food safety standards and enhancing market competitiveness.