pone.0255736.g009.tif (393.89 kB)
Optimal docking of potential bioactive components with top5 core targets.
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posted on 2021-09-28, 17:34 authored by Kedi Liu, Xingru Tao, Jing Su, Fei Li, Fei Mu, Shi Zhao, Xinming Lu, Jing Li, Sha Chen, Taiwei Dong, Jialin Duan, Peifeng Wei, Miaomiao XiOptimal docking of potential bioactive components with top5 core targets.
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could significantly improve0 threonine residues5 bioactive components29 bioactive componentsslightly better effectenrichment analysis showeddalbergia odoriferain protectingpossible bioactive componentscerebral infarction volumemolecular docking revealmolecular docking predicatetreating ischemic strokediv >< pdetecting neurological scorepossible effective substancesmolecular dockingneurological scoreeffective substances12 componentsprotective effectdalbergia odoriferacerebral tissuecerebral ischemiapossible mechanismsdocking resultswidely usedvivo vitro used toelucidatestill unclearsecondary developmentresearch revealsrelated targetsrat modelnew directionnetwork pharmacologylactate dehydrogenaseexperiments showeddependent mannercontained 2cerebrovascular diseasesinclinicalbinding sitesakt phosphorylation
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