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The diffraction technique is a common method for crystal structure determination. The diffraction pattern of each crystal is unique and acts like a "fingerprint" of the crystal, which can be used to determine the corresponding crystal structure. Diffraction techniques can be divided into single crystal diffraction and powder diffraction according to the sample and shooting scheme. The commonly used techniques for the determination of crystal structures are X-ray diffraction (X-Ray Diffraction, or XRD) and microcrystal electron diffraction (MicroED). XRD has a higher requirement for the sample, which needs to have a single crystal and high crystallinity. MicroED emits a shorter wavelength electron beam with stronger diffraction, which is significantly more efficient than traditional XRD technology. MicroED technology is very suitable for structural analysis of drug molecules or natural products with few samples and only nanocrystals available.
Creative Biostructure has a lab dedicated to protein structure analysis with many years of experience. We have optimized the MicroED method from 3D electron crystallography to improve the resolution of electron diffraction data. A new generation of MicroED platform has been developed, which can realize multiple sample loading, automatic crystal identification, automatic collection of diffraction data and other functions, and strive to create a high-throughput, high-precision diffraction platform; We will establish cooperative relationships with various electron microscopy centers around the world to respond to customer needs.
If you are interested in our MicroED service, please feel free to contact us. Creative Biostructure looks forward to cooperating with you.