The phrase "accurate structure" is correct and usable in written English.
It can be used when discussing the correctness or precision of a particular arrangement or organization of elements, such as in writing, architecture, or data.
Example: "The architect emphasized the importance of an accurate structure in ensuring the building's stability and safety."
Alternatives: "correct framework" or "precise arrangement".
There are also secondary databases like PASS2 (Protein Alignments organised as Structural Superfamilies) [ 4- 6] which follows the SCOP hierarchy and provide highly accurate structure based sequence alignments for protein domain superfamilies.
Here, we report rapid and accurate structure prediction system running in an automated manner.
The merits of MFD are highlighted further with the presentation of some applications to proteins and nucleic acids, including accurate structure determination based on FRET.
With this additional knowledge, a more accurate structure from motion algorithm is created which relies on this more accurate optical flow data.
This research intends to develop methods of constructing scenarios by integrating multiple aspects of use situations with a coherent and accurate structure for evaluation.
By taking advantage of high beam quality of SPring-8, the camera enables one a rapid collection of a high counting statistics and high angular resolution powder pattern, which can lead to accurate structure analyses.
Systematic structural optimization through accurate structure-based design resulted in compound 30 (3-tridecyl-4,5-dimethoxybenzene-1,2-diol), an ubiquinol derivative that exhibited the strongest anti-inflammatory effect, with a 10-fold improved 5-LO inhibitory activity (IC50 = 28 nM) in activated neutrophils.
On another hand, crystals with well-defined facets make it possible to explore accurate structure-function relationships in various processes.
Therefore, the development of accurate structure-based estimation methods for large varieties of chemical species is greatly beneficial in enhancing capability in process and product development.
Development of accurate structure-based estimation methods for HFOR of a large variety of chemical species can enhance the capability of process and product.
High level ab initio structural searches were performed to provide plausible low-energy candidates which were directly compared with accurate structures provided from broadband rotational spectra.
