J Chem Inf Model - How diverse are diversity assessment methods? A comparative analysis and benchmarking of molecular descriptor space.

Tópicos

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Resumo

Chemical diversity is a widely applied approach to select structurally diverse subsets of molecules, often with the objective of maximizing the number of hits in biological screening. While many methods exist in the area, few systematic comparisons using current descriptors in particular with the objective of assessing diversity in bioactivity space have been published, and this shortage is what the current study is aiming to address. In this work, 13 widely used molecular descriptors were compared, including fingerprint-based descriptors (ECFP4, FCFP4, MACCS keys), pharmacophore-based descriptors (TAT, TAD, TGT, TGD, GpiDAPH3), shape-based descriptors (rapid overlay of chemical structures (ROCS) and principal moments of inertia (PMI)), a connectivity-matrix-based descriptor (BCUT), physicochemical-property-based descriptors (prop2D), and a more recently introduced molecular descriptor type (namely, "Bayes Affinity Fingerprints"). We assessed both the similar behavior of the descriptors in assessing the diversity of chemical libraries, and their ability to select compounds from libraries that are diverse in bioactivity space, which is a property of much practical relevance in screening library design. This is particularly evident, given that many future targets to be screened are not known in advance, but that the library should still maximize the likelihood of containing bioactive matter also for future screening campaigns. Overall, our results showed that descriptors based on atom topology (i.e., fingerprint-based descriptors and pharmacophore-based descriptors) correlate well in rank-ordering compounds, both within and between descriptor types. On the other hand, shape-based descriptors such as ROCS and PMI showed weak correlation with the other descriptors utilized in this study, demonstrating significantly different behavior. We then applied eight of the molecular descriptors compared in this study to sample a diverse subset of sample compounds (4%) from an initial population of 2587 compounds, covering the 25 largest human activity classes from ChEMBL and measured the coverage of activity classes by the subsets. Here, it was found that "Bayes Affinity Fingerprints" achieved an average coverage of 92% of activity classes. Using the descriptors ECFP4, GpiDAPH3, TGT, and random sampling, 91%, 84%, 84%, and 84% of the activity classes were represented in the selected compounds respectively, followed by BCUT, prop2D, MACCS, and PMI (in order of decreasing performance). In addition, we were able to show that there is no visible correlation between compound diversity in PMI space and in bioactivity space, despite frequent utilization of PMI plots to this end. To summarize, in this work, we assessed which descriptors select compounds with high coverage of bioactivity space, and can hence be used for diverse compound selection for biological screening. In cases where multiple descriptors are to be used for diversity selection, this work describes which descriptors behave complementarily, and can hence be used jointly to focus on different aspects of diversity in chemical space.

Resumo Limpo

chemic divers wide appli approach select structur divers subset molecul often object maxim number hit biolog screen mani method exist area systemat comparison use current descriptor particular object assess divers bioactiv space publish shortag current studi aim address work wide use molecular descriptor compar includ fingerprintbas descriptor ecfp fcfp macc key pharmacophorebas descriptor tat tad tgt tgd gpidaph shapebas descriptor rapid overlay chemic structur roc princip moment inertia pmi connectivitymatrixbas descriptor bcut physicochemicalpropertybas descriptor propd recent introduc molecular descriptor type name bay affin fingerprint assess similar behavior descriptor assess divers chemic librari abil select compound librari divers bioactiv space properti much practic relev screen librari design particular evid given mani futur target screen known advanc librari still maxim likelihood contain bioactiv matter also futur screen campaign overal result show descriptor base atom topolog ie fingerprintbas descriptor pharmacophorebas descriptor correl well rankord compound within descriptor type hand shapebas descriptor roc pmi show weak correl descriptor util studi demonstr signific differ behavior appli eight molecular descriptor compar studi sampl divers subset sampl compound initi popul compound cover largest human activ class chembl measur coverag activ class subset found bay affin fingerprint achiev averag coverag activ class use descriptor ecfp gpidaph tgt random sampl activ class repres select compound respect follow bcut propd macc pmi order decreas perform addit abl show visibl correl compound divers pmi space bioactiv space despit frequent util pmi plot end summar work assess descriptor select compound high coverag bioactiv space can henc use divers compound select biolog screen case multipl descriptor use divers select work describ descriptor behav complementarili can henc use joint focus differ aspect divers chemic space

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