Sentence examples for most protein structures from inspiring English sources

X-ray crystallography is currently the method of choice and the most widely used in the field of structural biology; most protein structures deposited in the protein data bank (PDB) were elucidated by this method (∼89%%).

However, most protein structures solved by X-ray crystallography in the Protein Data Bank (PDB) and structural models generated by computer programs (e.g. SCWRL [16] and MODELLER [17]) lack hydrogen atoms, which necessitates the development of programs that can predict hydrogen positions accurately and quickly.

In the end, the group endorsed the release of "most" protein structures "as rapidly as possible," with a maximum delay of 6 months for proteins of "special interest".

However, most protein structures determined by experiments or computer prediction lack hydrogen coordinates.

Indeed, most protein structures can be subdivided into one or more compact domains, which have their own independent fold.

It is supposed that if an amino acid motif possesses no definite spatial structure in most protein structures, it is likely to be disordered in a protein with an unknown spatial structure [ 21].

However, for most protein structure studies, it is not feasible to create a 'database' of annotations to present the findings.

Currently, most protein structure prediction methods use one or at most a few QA methods to rank and select models, generally leading to the poor performance in selecting models of good quality due to the extreme difficulty of ranking models and intrinsic limitations of individual QA methods.

We employ a library of commonly reoccurring local descriptors general enough to assemble most existing protein structures.

Interestingly, V-H+ATPases and ATPsynthases, which are capable of creating proton gradients across the cell membranes, are among the most ancient protein structures that are known [ 23].

One of the most common protein structures decorating the outer surface of pathogens are the Type I pili, which often play a major role in adherence of Gram-negative pathogens, and are well documented in another member of the gamma-proteobacteria, uropathogenic Escherichia coli [ 34].