Used INTELLICYT iQue #9385698 for sale

INTELLICYT iQue is a laboratory equipment and accessory that provides precise and automated cell analysis. It is designed for the analysis of rare and complex cell populations in research, drug discovery, and clinical laboratory settings. IQue provides fast and efficient characterization of cell subpopulations without the need for manual sorting or gating. It is a revolutionary instrument that combines flow cytometry with high-definition imaging to provide automatic cell sorting and profiling. INTELLICYT iQue is a powerful and versatile system that combines hardware and software components to provide capable and flexible analysis of a variety ofcells. It offers intuitive and easy-to-use software with features such as automated cell sorting, sample set up, data analysis and data visualization. It has a high-definition, onboard-imaging platform with integrated laser for detection of fluorescently labeled markers. The combination of flow parameters and real-time imaging by iQue allows for the precise determination of cell characteristics, such as size, shape, and morphology. In addition to providing information on cell characteristics, INTELLICYT iQue can also perform cell characterization by analyzing disparate molecules associated with cells, including surface markers such as CD markers, intracellular markers and cytokines. The instrument can be used to detect and identify differences in cell populations, such as between healthy and diseased cells, or between tumor cells and normal cells. The automated cell sorting capability of iQue reduces the amount of time needed for data acquisition, as samples can be sorted with the push of a button. It also provides precise cell sorting with minimal manipulation and contamination, since the samples are processed in a closed environment. In addition, the software of the instrument provides advanced analysis tools for data visualization and interpretation. INTELLICYT iQue has proven to be a reliable and efficient research tool for scientists in a variety of fields. Its routine application in biology, biochemistry, immunology, cell biology, and microbiology can provide a wealth of data on cell characteristics and associated molecules. The instrument has the potential to greatly advance our understanding of cell biology and can be used in the development of new treatments for both preventable and non-preventable diseases.