Biopharmaceuticals: used to manufacture recombinant protein drugs, ensuring drug purity meets strict quality standards.

Clinical diagnosis: Prepare protein reagents such as antibodies for detecting disease markers to support early diagnosis and disease monitoring.

Basic biological research: Obtaining high-purity proteins for structural biology, functional analysis, and interaction studies.

Food industry: Extract and purify food grade protein as a nutritional supplement or food additive.

Agriculture: producing protein products for plant disease prevention and control, growth promotion, and promoting the development of agricultural biotechnology.

Environmental Science: Extracting specific proteins for pollutant detection or use as bioremediation agents to support environmental protection and management.

Protein Purification SystemSelection and usage suggestions:

Select based on research objectives:

Large scale proteomics research requires the selection of high-resolution and high-throughput purification systems.

The separation of trace proteins requires the selection of highly sensitive purification systems.

Consider the properties of the target protein:

Select appropriate chromatography techniques based on molecular weight, charge properties, solubility, affinity, and other characteristics.

For example, for labeled recombinant proteins, affinity chromatography is the first step*method.

Evaluate system performance:

Assess the flow rate range, pressure bearing capacity, detector sensitivity, and other parameters of the system.

Ensure that the system has high reliability and stability to ensure the accuracy and reproducibility of experimental results.