Used GE HEALTHCARE LIFE SCIENCES Biacore T200 #293761747 for sale

GE HEALTHCARE LIFE SCIENCES Biacore T200 is an advanced laboratory instrument designed for the study of biological interactions in real-time. It is an ideal device for scientists and researchers involved in the study of biomolecular interactions, such as protein-protein interactions, binding studies, and capturing analytes. The principle behind the device is surface plasmon resonance (SPR), which is a method used to measure interactions of molecules in real time. Biacore T200 is designed to provide the highest level of data accuracy and reproducibility, allowing for precise monitoring of even small and quickly occurring events. It features four measurement flow-cells and high-density magnetic bead arrays to capture and exploit biologically relevant molecules with greater precision. Its advanced flow cells also maintain stable immobilization of the molecule due to the high surface quality, allowing for accurate signal generation and precise data analysis. The system is designed to be user-friendly, with a CHIP (changeable handle in port) technology that allows for easy exchange between different flow cells. This reduces preparatory time and costs associated with research studies, allowing the user to quickly set up and switch between different experiments. GE HEALTHCARE LIFE SCIENCES Biacore T200 also features a full, intuitive and user-friendly software suite which provides access to a virtual learning center, data visualization and advanced analysis tools, and simplified automation scripting. The system is powered by an integrated light source and signal detector which offers robust and precise operation, with no need for additional external hardware. Its modular design also allows users to configure it to their specific requirements, with a wide range of different flow cells and methods available. In sum, Biacore T200 is an advanced research device which offers a reliable and precise method for studying biomolecular interactions. With a user-friendly design, powerful components and built-in automated processes, it offers researchers a reliable and efficient measurement platform for their experimental needs.