"generate a structure" is a correct and usable phrase in written English.
It is often used in technical or academic writing when discussing the creation of a system, process, or framework. Example: "In order to analyze the data effectively, the researchers needed to first generate a structure that would allow for easy categorization and comparison."
These, in turn, generate a structure called the myelin sheath, which insulates nerves against leakage of the electrical signals that carry their messages around.
Unlike SMILES, InChI strings or IUPAC names, they cannot generate a structure algorithmically but only link to it via a look-up operation.
The StrucEluc software failed to generate a structure corresponding to that expected by the submitter only with versions 5 and 6, released in 2003 and 2004 respectively.
The SNP data was then re-analysed using STRUCTURE with a putative K value of 4 groups, burn-in of 10,000 iterations and run length of 100,000 iterations to generate a STRUCTURE 'Q' matrix.
The objective of this step is to read a protein structure, manipulate it if necessary, and generate a structure topology file.
One of the effects of this insertion of Cys at a binding site loop is to generate a structure more like that of human DHFR, which has an inserted Pro-Glu-Lys-Asn sequence at a position equivalent to Cys52.
In order to define a general crotonase domain, the best-resolution structure from each applicable SFLD crotonase family[40] 1mj3, 1q52, 1nzy, 1dci, 1sg4, 1pjh, 1hzd, 1ef8 were aligned and used to generate a structure-based sequence alignment using the Chimera MatchMaker and Match->Align commands[42].
The results are cross-correlated with bioinformatics data to generate a structure-function relationship of tight junction-associated processes.
Representative structures from the GST superfamily were aligned and used to generate a structure-based sequence alignment using the Chimera MatchMaker and Match→Align commands (27) (see Figures 3 and 5).
It uses these similar structures to generate a structure-based sequence alignment of the query protein with the proteins from the database and then calculates the similarity score for each query protein surface residue, projecting these scores as colors onto the surface of the query protein.
It generates a structure, performs a structural analysis and provides an indication of its structural behavior.
