Among naturally occurring isoflavones, soy isoflavones are an important class with various biological activities. Due to their phytoestrogenic structure, their effects on the brain are profound- thus making the neurobiological effects of these compounds an active area of research. One such compound is daidzein, which has been reported to affect various neurobiological regulatory mechanisms such as behavior, cognition, growth, development and reproduction. These effects are mainly elicited through the interaction of daidzein with different signaling molecules and receptors, thereby offering neuroprotection. In addition, daidzein has also been reported to possess activities against various neuropathological conditions mainly by its interaction with the cerebrovascular system. This review focuses on providing a comprehensive account on the bioavailability and metabolism of daidzein in vivo, and discusses its activities and mechanisms of action in detail, in both physiological and pathological conditions. In addition, the effects of daidzein on other disorders have also been examined briefly in this article.
Daidzein And Its Effects On Brain / Ahmed, Touqeer; Javed, Sana; Tariq, Ameema; Budzyńska, Barbara; D Onofrio, Grazia; Daglia, Maria; Nabavi Seyed, Fazel; Nabavi Seyed, Mohammad. - In: CURRENT MEDICINAL CHEMISTRY. - ISSN 1875-533X. - 24:4(2017), pp. 365-375. [10.2174/0929867323666161101140214]
Daidzein And Its Effects On Brain
Daglia Maria;
2017
Abstract
Among naturally occurring isoflavones, soy isoflavones are an important class with various biological activities. Due to their phytoestrogenic structure, their effects on the brain are profound- thus making the neurobiological effects of these compounds an active area of research. One such compound is daidzein, which has been reported to affect various neurobiological regulatory mechanisms such as behavior, cognition, growth, development and reproduction. These effects are mainly elicited through the interaction of daidzein with different signaling molecules and receptors, thereby offering neuroprotection. In addition, daidzein has also been reported to possess activities against various neuropathological conditions mainly by its interaction with the cerebrovascular system. This review focuses on providing a comprehensive account on the bioavailability and metabolism of daidzein in vivo, and discusses its activities and mechanisms of action in detail, in both physiological and pathological conditions. In addition, the effects of daidzein on other disorders have also been examined briefly in this article.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
