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Designing of a Novel Indoline Scaffold Based Antibacterial Compound and Pharmacological Evaluation Using Chemoinformatics Approach

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Antibiotic resistance is not only a global public health threat but also a huge economic burden to our society that urgently needs to be addressed by improved antibiotics and continuing development of novel molecules to treat resistant bacterial infections. Nowadays combination therapies offer a competent approach to counteract antibiotic resistance in bacteria. Better knowledge of mechanisms of antibiotic resistance has lead to the finding of new alternatives to antibiotic therapy. Hence, in this article, we report a novel series of indoline derivatives and their computational study as potent antimicrobials. The present study investigates the indoline based derived library interaction with DNA gyrase B enzyme to be used as a potential antimicrobial drug. Computational approaches were employed to carry out the molecular interactions and pharmacological studies. In this study, we have compared indoline with its derivatives and have found that compound 13 (1m) resulted in the strong binding with the highest score (-9.02 kcal/mol) in the designed library where indoline showed (-6.43 kcal/mol). Furthermore, molecular dynamics simulation run also confirmed the strongest interaction of a compound and target protein with less RMSD and RMSF deviation of the complex. Notably, the compound was also found to possess the good pharmacological properties and pharmacokinetic properties.
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Keywords: Chemoinformatic; Indoline derivatives; Molecular docking; Molecular dynamics simulation; Pharmacological evaluation; RMAs

Document Type: Research Article

Publication date: September 1, 2018

This article was made available online on December 13, 2018 as a Fast Track article with title: "Designing of a Novel Indoline Scaffold Based Antibacterial Compound and Pharmacological Evaluation Using Chemoinformatics Approach".

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