Imca-cat

IMCA-CAT provides an outstanding research environment that generates the highest quality macromolecular crystallography data from the most challenging protein crystals, while providing the pharmaceutical industry with the best data protection and security for confidential and proprietary structural biology experiments that support industrial drug d... iscovery research. Collect high quality data from small, weakly diffracting crystals by using fully focused beam and selectable mini beam apertures. Solve challenging structures, including membrane proteins and large macromolecular assemblies. Work with highly skilled, experienced, and talented staff. Efficiency IMCA-CAT is committed to automating the full spectrum of tasks and decision-making steps of data collection and processing, thereby eliminating the need for manual intervention by the researcher. Accurately center the smallest crystals in auto mode using diffraction rastering. Successfully collect data from radiation-sensitive samples using vector data collection. Integrate with company-based pipelines by downloading your proprietary data on-the-fly with high-speed, secure, and encrypted transfer protocol. Reliability Beamline 17-ID operates continuously, providing frequent, routine, and uninterrupted access for data collection and data processing to meet the demands of the pharmaceutical industry. Positional feedback enables the most stable X-ray mini beam. State-of-the-art equipment for maintaining peak performance and measuring the highest quality data. Security for confidential and proprietary data collection and processing. Productivity At IMCA-CAT, researchers can achieve astonishing data acquisition rates. State-of-the-art equipment is maintained at peak performance to maximize productivity for structure-aided drug discovery programs. The beamline operates at one of the highest throughput rates, with annual yields of more than 20,000 structures solved. Accurately center the smallest crystals using diffraction rastering. Successfully collect data from ...Read More