Used GE HEALTHCARE LIFE SCIENCES MultiPhor II #9302376 for sale

GE HEALTHCARE LIFE SCIENCES MultiPhor II is a versatile and powerful lab equipment and accessory that provides automated sample preparation and analysis capabilities for life science research. The reliable and highly productive MultiPhor II is ideal for use in a variety of life science research applications, including microscopy, Western blotting, and pull-down experiments. Equipped with a high precision magnetic stirrer, GE HEALTHCARE LIFE SCIENCES MultiPhor II can be used to reproduce consistent reactions from sample to sample. This ensures accurate results for research studies, especially when used in multiplexed reactions. Additionally, MultiPhor II can be used to set pipetting parameters to keep reactions consistent and reliable. Furthermore, sample analysis can be automated with the support of an automated pipettor and incubator setting. GE HEALTHCARE LIFE SCIENCES MultiPhor II also includes proteolysis protocols that allow it to perform automated protein digestion using either enzymatic or chemical digestion. This helps accelerate the analysis of complex sample matrices. Furthermore, it can perform high throughput affinity sample purification from cell lysates and other biological samples. This helps researchers quickly isolate and analyze specific proteins. Additionally, MultiPhor II can perform automated sample fractionation for sample preparation prior to analysis. This helps researchers separate and analyze individual components of complex samples. Furthermore, GE HEALTHCARE LIFE SCIENCES MultiPhor II is used to perform pull-down experiments to identify protein-protein interactions. This helps researchers understand the structure and function of proteins within a sample. In summary, MultiPhor II is a reliable and powerful lab equipment and accessory that offers automated sample preparation and analysis capabilities for life science research. Its high precision magnetic stirrer and automated pipetting capabilities ensure reliable and accurate sample analysis. Furthermore, its proteolysis protocols and fractionation capabilities make it ideal for complex sample matrices that need to be separated and analyzed. Finally, it can be used to perform pull-down experiments to understand the structure and function of proteins.