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A new molecular descriptor based on partial charges is proposed.
It encodes a 3D molecule into a rotation-translation invariant molecular descriptor based on partial charges and inter-atomic distances.
Although molecular descriptor based methods are computationally simple and effective in practice but they share several shortcomings most important being the inability to identify local similarity between structures.
Molecular similarity has been measured by a variety of methods including molecular descriptor based similarity, common molecular fragments, graph matching and 3D methods such as shape matching.
Since then, steady progress has been observed in predictive toxicology, highly complemented by advances in cheminformatics approaches such as quantitative structure activity relationship (QSAR) modeling [9], physicochemical property and molecular descriptor based modeling [10, 11] and statistical methods [12].
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Therefore, the present manuscript introduces the QuBiLS-MAS (acronym for Quadratic, Bilinear and N-Linear mapS based on graph-theoretic electronic-density Matrices and Atomic weightingS) software designed to compute topological (0 2.5D) molecular descriptors based on bilinear, quadratic and linear algebraic forms for atom- and bond-based relations.
Novel molecular descriptors based on local spectral moments of the bond matrix are defined.
The descriptions of the 16 size-independent molecular descriptors based on the ratio of different molecular properties; Table S3.
Here, 16 molecular descriptors based on the ratio of different molecular properties (Additional file 1: Table S2 in the supporting materials) were examined.
In this report the predictive accuracy of the novel alignment-free geometric molecular descriptors based on N-linear algebraic maps (so called QuBiLS-MIDAS) has been examined.
Thus, we built a combined similarity index, where a fingerprint and 3 molecular descriptors based structural keys are combined with different weights.
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molecular signature based
molecular design based
molecular diffusion based
molecular level based
molecular analysis based
molecular imaging based
molecular study based
molecular model based
molecular modeling based
molecular subtype based
molecular approach based
molecular phylogeny based
molecular evolution based
molecular identification based
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