Introduction
Protein digestion and subsequent mass spectrometric analysis remain fundamental to modern proteomic research, particularly in critical applications like biomarker discovery. While essential, these sample preparation steps are notoriously labor-intensive and susceptible to technical variability. Automation effectively addresses these challenges by standardizing procedures, minimizing user-dependent variability, and improving experimental reproducibility.
The CP Highly Reproducible and Automated Proteomics Sample Preparation Workstation is an integrated liquid handling platform featuring an onboard microplate reader, programmable heater-shaker, and magnetic separation module, enabling researchers to perform diverse proteomic sample preparations on a single system. This flexible solution supports both standardized protocols for immediate implementation and custom method development, offering researchers complete workflow control while eliminating manual transfers between instruments. The system's unified design ensures protocol continuity, enhances reproducibility, and adapts seamlessly to evolving experimental requirements in proteomics research.
Key Feature and Specification
*Fully flexible, process 1 to 96 sample
*accommodating a wide range of sample types, including but not limited to FFPE tissues, fresh tissues, cultured cells, bacterial specimens, and yeast samples
*Fast Processing time
*Optimized productivity
* Minimizing manual intervention to reduce human error
*reproducibility and reliability
Applications
Sample preparation for proteomics research, including mass spectrometry (MS) analysis, western blotting, ELISA and other multiplex assays.
