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Biological mechanisms and clinical efficacy of sulforaphane for mental disorders

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摘要 Current clinical management of major mental disorders,such as autism spectrum disorder,depression and schizophrenia,is less than optimal.Recent scientific advances have indicated that deficits in oxidative and inflammation systems are lessthanoptimal.Recentscientific advances have indicated extensively involved in the pathogenesis of these disorders. These findings have led to expanded considerations for treatment.Sulforaphane(SFN)is a dietary phytochemical extracted from cruciferous vegetables.It is an effective activator of the transcription factor nuclear erythroid-2 like factor-2,which can upregulate multiple antioxidants and protect neurons against various oxidative damages.On the other hand,it can also significantly reduce inflammatory response to pathological states and decrease the damage caused by the immune response via the nuclear factor-kB pathway and other pathways.In this review,we introduce the biological mechanisms of SFN and the pilot evidence from its clinical trials of major mental disorders,hoping to promote an increase in psychiatric clinical studies of SFN.
出处 《General Psychiatry》 CAS CSCD 2022年第2期79-84,共6页 综合精神医学(英文)
基金 This work is supported by the following:National Natural Science Foundation of China(grants 82151314,81971251,81671329,81871050,82171497,82101582 and 82001406) Clinical Research Center at Shanghai Mental Health Center(grants CRC2018ZD01,CRC2018ZD04,CRC2018YB01,CRC2019ZD02 and 2020-FX-02) Clinical Research Center at Shanghai Jiao Tong University School of Medicine(DLY201817 and 20190102) Shanghai Science and Technology Committee Foundation(19411950800,16ZR1430500,19411969100,19410710800,21ZR1481500,20ZR1448600,21S31903100 and 19ZR14451) Shanghai Clinical Research Center for Mental Health(19MC1911100) Project of the Key Discipline Construction,Shanghai 3-Year Public Health Action Plan(GWV-10.1-XK18) and Shanghai Municipal Science and Technology Major Project(no:2018SHZDZX01 and 2018SHZDZX05).
关键词 SFN MECHANISMS expanded
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