Principles Of Protein X-ray Crystallography Provides The Theoretical Background Necessary To Understand How The Structure Of Proteins Is Determined At Atomic Resolution. It Is Intended To Serve As In Introduction For Graduate Students, Postdoctoral Researchers, And Established Scientists Who Want To Use Protein Crystallography In Their Own Endeavors, Or Need To Understand The Subject In Order To Critically Evaluate The Literature. New Additions To The Book Include A Section On Twinning, An Additional Chapter On Crystal Growth And A Discursion Of Single-wavelength Anomalous Dispersions (sad).--jacket. Ch. 1. Crystallizing A Protein -- Ch. 2. X-ray Sources And Detectors -- Ch. 3. Crystals -- Ch. 4. Theory Of X-ray Diffraction By A Crystal -- Ch. 5. Average Reflection Intensity And Distribution Of Structure Factor Data -- Ch. 6. Special Forms Of The Structure Factor -- Ch. 7. The Solution Of The Phase Problem By The Isomorphous Replacement Method -- Ch. 8. Phase Improvement -- Ch. 9. Anomalous Scattering In The Determination Of The Protein Phase Angles And The Absolute Configuration -- Ch. 10. Molecular Replacement -- Ch. 11. Direct Methods -- Ch. 12. Laue Diffraction -- Ch. 13. Refinement Of The Model Structure -- Ch. 14. The Combination Of Phase Information. Jan Drenth ; With Major Contribution From Jeroen Mesters. Includes Bibliographical References And Index.