Protein crystallography

Crystals of proteins grownup on the U.S. ballistic capsule or Russian space laboratory, Mir.
Protein crystallization is that the method of formation of a supermolecule crystal. whereas some supermolecule crystals are ascertained in nature, super molecule crystallization is preponderantly used for scientific or industrial functions, most notably for study by X-ray physical science. Like several different styles of molecules, proteins will be prompted to make crystals once the answer during which they’re dissolved becomes concentrated. beneath these conditions, individual super molecule molecules will pack during a continuance array, control along by noncovalent interactions. These crystals will then be employed in structural biology to check the molecular structure of the super molecule, or for varied industrial or biotechnological functions.

Proteins are biological macromolecules and performance in Associate in Nursing binary compound setting, thus super molecule crystallization is preponderantly administered in water. super molecule crystallization is mostly thought of difficult because of the restrictions of the binary compound setting, difficulties in getting high-quality super molecule samples, yet as sensitivity of super molecule samples to temperature, pH, ionic strength, and different factors. Proteins vary greatly in their chemistry characteristics, crystallization of a selected super molecule isn't foreseeable. Determination of applicable crystallization conditions for a given super molecule usually needs empirical testing of the many conditions before a booming crystallization condition is found.


  • Macromolecule
  • Supersaturated
  • Physiological condition

Related Conference of Protein crystallography

Protein crystallography Conference Speakers