1A5F

1A5F is a specific identifier that can correspond to various contexts depending on the field of reference. In the realm of structural biology, 1A5F refers to a particular protein structure cataloged in the Protein Data Bank (PDB). This entry represents the crystal structure of a specific enzyme or molecular complex, providing detailed three-dimensional information about its atomic arrangement.

This structural data is crucial for understanding the biochemical functions and interactions of the protein. The PDB entry 1A5F can be used for research in drug design, enzyme mechanics, and molecular biology by enabling scientists to visualize active sites, binding pockets, and conformational states.

The structure was determined through techniques such as X-ray crystallography, which involves crystallizing the protein and analyzing the diffraction pattern produced by X-ray beams. The resolution and quality of the structure are documented within the PDB entry and influence its utility in scientific research.

While entries like 1A5F are primarily known among specialists in structural biology and bioinformatics, they play an important role in advancing our understanding of molecular mechanisms and facilitating the development of targeted therapies.

It should be noted that the term "1A5F" might also appear in other contexts, such as engineering or manufacturing, where it could serve as a model number or identifier for a component or product. However, in the absence of additional context, its most prominent reference remains within protein structure databases.