Flavone Hybrids and Derivatives as Bioactive Agents
Гибриды и производные флавона как биоактивные агенты
2024-01-25
SCID: 54.1/kutbam8q
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bioactive agentsflavone derivativesflavone hybridspharmacophoressynthetic methods
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Abstract (AI)
Hybrid molecules can be defined as chemical entities with two or more structural domains, namely pharmacophores, having a specific biological effect. In many cases, when at least one of the components is biologically inactive, it is rather correct to call them “derivatives”, despite the fact that in the literature they are often mentioned also as hybrids. We have summarized such types of molecules, in which one of the components is mostly a real pharmacophore, i.e., flavone, which is one of the best-known natural bioactive substances. Structures, synthetic methods, medicinal indications, and more important activity data are presented.
Key Findings
1
Flavone is identified as the predominant pharmacophore because of its established natural bioactivity.
2
It distinguishes true hybrids, containing multiple biologically active pharmacophores, from derivatives incorporating at least one biologically inactive component.
3
The paper reviews flavone-containing hybrid molecules and derivatives designed as bioactive agents.
4
The review summarizes molecular structures, synthetic methods, medicinal applications, and key biological activity data for these compounds.
Research Object
Flavone hybrid molecules and derivatives
Research Subject
Their chemical structures, synthetic methods, medicinal indications, and biological activities
Publication Details
Publication Date
2024-01-25
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