Significance of Protein structure
Protein structure is a critical concept in understanding protein function. It describes the three-dimensional arrangement of atoms or amino acids within a protein. This arrangement is essential for determining how a protein interacts with other molecules, such as ligands, and its overall biological role. Analyzing protein structures aids in drug development and understanding protein interactions, with databases like the RCSB Protein Data Bank storing this vital information.
Synonyms: Protein conformation, Protein formation, Conformation, Shape, Form, Configuration, Arrangement
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
The concept of Protein structure in scientific sources
Protein structure defines the 3D arrangement of amino acids, critical for protein function and interactions. Alterations, like those from GR on Keap1, can impact these structures. Analysis of protein structures aids in understanding ligand binding and comparing protein data.
From: Asian Journal of Pharmaceutics
(1) The structure that is finalized and analysis of the protein is done using SAVES server based on energy value.[1] (2) These were cleaned and missing residues, hydrogen was added, and 3 D protonation was carried out to the target protein.[2] (3) The three-dimensional arrangement of atoms in a protein molecule.[3] (4) The method enables the investigation of this and dependability by observing changes in absorbance related with protein collapsing, unfurling, and total.[4] (5) The three-dimensional arrangement of a protein.[5]
From: International Journal of Pharmacology
(1) Protein structures are modeled using SWISS-MODEL, as mentioned in the provided text.[6] (2) Phosphodiesterase research includes an overview of protein structures, therapeutic applications, and recent advancements in drug development.[7] (3) Protein structures can be analyzed to localize ligand binding pockets using specific methods.[8] (4) The three-dimensional arrangements of amino acids in proteins, which determine their function and are stored in databases like the RCSB Protein Data Bank.[9] (5) GR might alter the protein structure of Keap1, influencing its interaction with Nrf2.[10]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) Higher heating temperatures lead to an altered version of this, thereby increasing protein digestibility and quality; thermal processing prompts conformational changes in food proteins, affecting not only their digestion and absorption but also their recognition by immune cells and binding to IgE antibodies.[11] (2) The study retrieved 10 protein structures for CO and 4 for H 2 S from the AlphaFold protein structure database.[12] (3) It refers to the arrangement of amino acids in a protein, which can be altered, impacting its function, as seen with MT 1 A and MT 4.[13] (4) Furthermore, advanced integrated bioinformatics approaches indicated the functional significance of risk allele rs 5370 T and its effect on protein structure integrity and function.[14] (5) Protein structures were refined using UCSF chimera, and the nonstandard residues were removed from the receptor, after which, at 1000 decent steps, the energy minimization was performed.[15]
From: Sustainability Journal (MDPI)
(1) Changes to the arrangement of a protein can reduce its solubility, potentially causing aggregates to form and negatively affecting the quality of the food product; this highlights the importance of protein structure.[16] (2) The text describes the protein structure and how water can degrade protein adhesives by altering the physical and chemical characteristics.[17] (3) Protein structures release ionic groups into the extracellular environment, contributing to variations in pH levels within the meat samples during the study.[18] (4) Based on various studies, alpha-amylase inhibitory proteins can be divided into seven distinct groups based on this.[19]