1p6k

1p6k is a structural designation primarily used in the context of protein data and biological research, referring to a specific protein structure entry within the Protein Data Bank (PDB). The PDB is a comprehensive repository that archives three-dimensional structural data of biological macromolecules, including proteins, nucleic acids, and complexes.

The identifier "1p6k" consists of a four-character alphanumeric code assigned to a particular crystallized structure. This code allows researchers to access detailed information about the molecule, including atomic coordinates, methods used for structure determination, and associated biological functions. Structures like 1p6k are crucial for understanding the molecular basis of biological processes, informing drug design, and facilitating biochemical research.

Specifically, 1p6k corresponds to a crystal structure determined through techniques such as X-ray crystallography. The data provided typically include the resolution of the structure, the experimental conditions, and the biological significance of the molecule. These structures are often studied for their relevance to disease mechanisms, enzyme function, or molecular interactions.

Access to the structure data can be obtained through the PDB database, where researchers can explore the three-dimensional models, download files for computational analysis, and compare it with related structures. The structure's specific applications depend on the biological context it was derived from, which can be identified through associated metadata in the database entry.

Overall, 1p6k represents a valuable resource in structural biology, providing detailed insights into molecular architecture that underpin biological functions and facilitate scientific advancements in health and medicine.