当代年轻人的心理健康危机是由于DMN的破坏吗?

Q4 Medicine
H. Nasrallah
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引用次数: 0

摘要

人类的大脑由多个大规模的网络组成,这些网络在功能上相互联系,控制着感觉、思想和行为。作为临床神经科学家,精神科医生必须考虑人类行为的巨大社会转变对健康和疾病中大脑网络功能连接的深远影响。智能手机、社交媒体和视频游戏成瘾的出现可能扰乱了儿童和青少年正在发育的大脑网络,导致目前青少年精神障碍的流行不断升级。人类大脑中的主要网络包括默认模式网络(DMN)、突出网络、边缘系统、背侧注意网络、中央执行网络和视觉系统每个网络连接几个大脑区域。研究人员可以使用功能性核磁共振成像来检测这些网络的连通性。当血流在2或3个网络中同时增加时,这表明这些网络在功能上是连接的。有一种古老的“教条”认为,大脑区域只有在被激活和使用时才会使用能量。汉斯·伯杰(Hans Berger)在1929年发明了脑电图(EEG),他注意到休息时的脑电活动,并提出大脑一直处于忙碌状态,但他的神经学同行们并没有把他的话当真在20世纪50年代,路易斯·索科洛夫注意到,无论一个人是在休息还是在做数学,他的大脑新陈代谢都是一样的。20世纪70年代,大卫·英格瓦发现人在休息时额叶的血流量最高最后,在2007年,Raichle等人使用正电子发射断层扫描证实,当一个人什么都不做的时候,额叶是最活跃的。他将这种现象称为DMN,包括内侧额顶叶皮层、扣带回后、楔前叶和角回。有趣的是,自2007年以来,有关DMN的出版物数量激增。过度使用社交媒体导致的DMN失活可能解释了青少年心理健康下降的原因
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Is the contemporary mental health crisis among youth due to DMN disruption?
The human brain is comprised of multiple large-scale networks that are functionally connected and control feelings, thoughts, and behaviors. As clinical neuroscientists, psychiatrists must consider the profound impact of a massive societal shift in human behavior on the functional connectivity of brain networks in health and disease. The advent of smartphones, social media, and video game addiction may have disrupted the developing brain networks in children and adolescents, leading to the current escalating epidemic of mental disorders in youth. The major networks in the human brain include the default mode network (DMN), the salience network, the limbic system, the dorsal attention network, the central executive network, and the visual system.1 Each network connects several brain regions. Researchers can use functional MRI to detect the connectivity of those networks. When blood flow increases concurrently across 2 or 3 networks, this indicates those networks are functionally connected. There was an old “dogma” that brain regions use energy only when activated and being used. Hans Berger, who developed the EEG in 1929, noticed electrical activity at rest and proposed that the brain is constantly busy, but his neurology peers did not take him seriously.2 In the 1950s, Louis Sokoloff noticed that brain metabolism was the same whether a person is at rest or doing math. In the 1970s, David Ingvar discovered that the highest blood flow in the frontal lobe occurred when a person was at rest.3 Finally, in 2007, Raichle et al4 used positron emission tomography scans to confirm that the frontal lobe is most active when a person is not doing anything. He labeled this phenomenon the DMN, comprising the medial fronto-parietal cortex, the posterior cingulate gyrus, the precuneus, and the angular gyrus. Interestingly, the number of publications about the DMN has skyrocketed since 2007. DMN deactivation by excessive use of social media may explain the mental health decline in youth Henry A. Nasrallah, MD, DLFAPA Editor-in-Chief
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来源期刊
Current psychiatry
Current psychiatry Medicine-Psychiatry and Mental Health
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0.50
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