A review of published data on acridine derivatives with different biological activities
Jelena Rupar, Vladimir Dobričić, Mara Aleksić, Jasmina Brborić, Olivera Čudina
Abstract
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Jelena Rupar, Vladimir Dobričić, Mara Aleksić, Jasmina Brborić, Olivera Čudina
Abstract
Open-access reader
Acridine ring can be found in molecules used in many different spheres, including industry and medicine. Nowadays, even acridines with antibacterial activity are of research interest due to increasing bacterial resistance. Some acridine derivatives showed antimalarial or antiviral activity. Acridine derivatives were also investigated for antitumor activity due to the interaction with topoisomerase II and DNA base pairs. Considering these possible uses of acridine derivatives, this work was made as overview of all significant structure characteristics for specific action of these compounds.
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Acridine ring can be found in molecules used in many different spheres, including industry and medicine. Nowadays, even acridines with antibacterial activity are of research interest due to increasing bacterial resistance. Some acridine derivatives showed antimalarial or antiviral activity. Acridine derivatives were also investigated for antitumor activity due to the interaction with topoisomerase II and DNA base pairs. Considering these possible uses of acridine derivatives, this work was made as overview of all significant structure characteristics for specific action of these compounds.
Key concepts: Acridine, Acridine derivatives, Combinatorial chemistry, DNA, Chemistry, Topoisomerase, Antibacterial activity, Molecule