Like
crystallographers, Foldit players manipulate amino acids to figure out a protein's structure based on their own puzzle-solving intuition.
The facility and support services enable
crystallographers to access state-of-the-art equipment that will optimize the cryocooling of their crystals, while reducing or eliminating the need for cryoprotectants.
He added, "the company's primary customer base was built upon chemical
crystallographers in academia.
The structures of thousands of molecules have now been solved by
crystallographers using Hauptman's direct methods, and many new molecular structures are added to the list each year.
Crystallographers rely heavily on expert knowledge to make decisions at many steps in map interpretation.
The discovery of polytypism, first in the kaolinite minerals (Hendricks, 1939) and later in micas (Heinrich and Levinson, 1955), and the following refinement of crystal structures in all groups of phyllosilicates and their polytypes was a result of a cooperation among physicists,
crystallographers, chemists and mineralogists in later decades (see literature compiled by Konta, 2000).
Crystallographers have remained at the forefront of computation-intensive programming ever since.
This edition includes new editions of Volumes A1 and E, making International Tables the most up-to-date, dynamic, and comprehensive reference work available to
crystallographers, and to all those who use crystallography across a wide range of fields.
In collaboration with
crystallographers and medicinal chemists we aim to improve the potency and specificity of these drugs and to use them to study the anti-HIV-1 innate immune response.
When protein
crystallographers determine the structure of a new protein, they deposit the results in a public database called the Protein DataBank (PDB).
In the context of a reflection of this kind the uncertain hypotheses with which
crystallographers have responded to the pentagonal structure of the rapidly cooled aluminium-manganese alloy may possibly be attributed a much wider significance than might be surmised at first sight from the limited scope of their object of research.
With Gopalan and Litvin's new "rotation-reversal" symmetry,
crystallographers now have 17,807 patterns to look for when trying to characterize a material's 3-D structure.
