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生酮饮食、腺苷与成瘾及精神病学中的多巴胺

Ketogenic diet, adenosine, and dopamine in addiction and psychiatry.

作者信息

Ruskin David N, Martinez Luis A, Masino Susan A

机构信息

Trinity College, Hartford, CT, United States.

出版信息

Front Nutr. 2025 Mar 10;12:1492306. doi: 10.3389/fnut.2025.1492306. eCollection 2025.

Abstract

Adhering to the ketogenic diet can reduce or stop seizures, even when other treatments fail, via mechanism(s) distinct from other available therapies. These results have led to interest in the diet for treating conditions such as Alzheimer's disease, depression and schizophrenia. Evidence points to the neuromodulator adenosine as a key mechanism underlying therapeutic benefits of a ketogenic diet. Adenosine represents a unique and direct link among cell energy, neuronal activity, and gene expression, and adenosine receptors form functional heteromers with dopamine receptors. The importance of the dopaminergic system is established in addiction, as are the challenges of modulating the dopamine system directly. A mediator that could antagonize dopamine's effects would be useful, and adenosine is such a mediator due to its function and location. Studies report that the ketogenic diet improves cognition, sociability, and perseverative behaviors, and might improve depression. Many of the translational opportunities based on the ketogenic diet/adenosine link have come to the fore, including addiction, autism spectrum disorder, painful conditions, and a range of hyperdopaminergic disorders.

摘要

坚持生酮饮食可以减少或停止癫痫发作,即使在其他治疗方法无效时也是如此,其作用机制与其他现有疗法不同。这些结果引发了人们对该饮食用于治疗阿尔茨海默病、抑郁症和精神分裂症等疾病的兴趣。有证据表明,神经调节因子腺苷是生酮饮食治疗益处的关键机制。腺苷代表了细胞能量、神经元活动和基因表达之间独特而直接的联系,并且腺苷受体与多巴胺受体形成功能性异源二聚体。多巴胺能系统在成瘾中的重要性已得到确立,直接调节多巴胺系统也面临挑战。一种能够拮抗多巴胺作用的介质将是有用的,而腺苷因其功能和位置就是这样一种介质。研究报告称,生酮饮食可改善认知、社交能力和重复行为,还可能改善抑郁症。基于生酮饮食/腺苷联系的许多转化机会已经凸显出来,包括成瘾、自闭症谱系障碍、疼痛性疾病以及一系列多巴胺能亢进疾病。

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