Linked from

The 12 pages that link to Protein crystallography, each with the reason it gives.

• X-ray crystallographyBroader topic: It extends crystallographic methods to large, biologically important molecules.

• CrystallizationRelated: Crystallization produces the ordered protein samples required for diffraction measurements.

• X-ray diffractionBroader topic: It extends diffraction-based structure determination to biological molecules.

• CrystallographyBroader topic: It adapts crystallographic structure determination to large biological molecules.

• William Henry BraggBroader topic: Bragg later supported applying crystallographic analysis to the complex structures of biological molecules.

• LysozymeRelated: Hen egg-white lysozyme became a landmark subject in early protein crystallography.

• John KendrewBroader topic: Kendrew adapted crystallographic methods to solve the structure of a large, complex protein.

• Max von LaueBroader topic: It applies the diffraction principle Laue demonstrated to complex biological molecules.

• Lawrence BraggBroader topic: Bragg fostered the research program that produced the first detailed protein structures.

• Herbert A. HauptmanRelated: The broader reach of phase-solving methods helped crystallography tackle biologically important molecules.

• Jerome KarleRelated: Karle’s methods contributed to crystallographic techniques later used on increasingly complex molecules.

• G. N. RamachandranRelated: Atomic coordinates from crystallography let researchers compare observed structures with allowed geometries.