FuzzyBot: Importing a new version from external source

2024-02-23T07:36:07Z

Importing a new version from external source

New page

Complementary to the field of structural genomics, ''protein structure prediction'' develops efficient [[mathematical model]]s of proteins to computationally predict the molecular formations in theory, instead of detecting structures with laboratory observation. The most successful type of structure prediction, known as [[homology modeling]], relies on the existence of a "template" structure with sequence similarity to the protein being modeled; structural genomics' goal is to provide sufficient representation in solved structures to model most of those that remain. Although producing accurate models remains a challenge when only distantly related template structures are available, it has been suggested that [[sequence alignment]] is the bottleneck in this process, as quite accurate models can be produced if a "perfect" sequence alignment is known. Many structure prediction methods have served to inform the emerging field of [[protein engineering]], in which novel protein folds have already been designed. Also proteins (in eukaryotes ~33%) contain large unstructured but biologically functional segments and can be classified as [[intrinsically disordered proteins]]. Predicting and analysing protein disorder is, therefore, an important part of protein structure characterisation.

Translations:Protein/70/en - Revision history

FuzzyBot: Importing a new version from external source