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181.
Transcranial Magnetic Stimulation (TMS) is a tool for the non-invasive stimulation of the human brain. It allows the activation of arbitrary sites of the superficial cortex and, combined with other brain-imaging techniques such as EEG, PET, and fMRI, it can be used to evaluate cortical excitability and connectivity. This is of major importance in, for example, the study of cognitive processes such as language, learning, memory and self-representation, which are thought to be represented in multiple brain areas. The mechanisms of action of TMS are known on a basic level, but its effect on the activation state of brain tissue is still poorly understood. Clinical applications of TMS have also been proposed and guidelines for its safe use drafted. 相似文献
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183.
左前额叶参与非相关词对的语义编码过程──来自光学成像的佐证 总被引:8,自引:0,他引:8
通过研究左前额叶在非相关同对的语义编码过程中的作用,探讨近红外光学成像技术用于脑高级认知活动检测的可行性。被试在两种实验条件下分别学习视觉呈现的20个汉字非相关词对,要求被试或将词对组成一个有意义的句子(深加工),或判断两个词是否具有相同的结构组合(浅加工)。光学成像器即时记录连续光透过额骨及前额皮层后760nm和850nm的漫射光强变化,以此推测相应脑组织的血容量变化。结果表明,与浅加工相比,左下前额叶在深加工时的血容量增多,尤其是背外侧部分。 相似文献
184.
Michael L. Spezio 《Zygon》2001,36(3):477-484
What are the biological bases of religious experience? Are there biological constraints upon or determinants of religious narratives and practices? How does understanding the biology of religious experience inform the ongoing reconstruction of religious rituals and myths? In The Mystical Mind, Eugene d’Aquili and Andrew Newberg address these central questions and others from a distinct perspective called biogenetic structuralism. They propose a model of how brain activity gives rise to mystical experiential states, examine how neurobiological responses to rhythmic behavior form religious ritual, and point toward the development of a megatheology, or a theological system appealing to the widest scope of religious world‐views. This paper is a critical review of d’Aquili and Newberg's exciting work. 相似文献
185.
The Biological Basis of Social Interaction 总被引:7,自引:0,他引:7
The fact that brain disorder can impair social interactions in different ways suggests that social competence has multiple components that have foundations in brain systems. The physiological basis of one aspect of social cognition, theory of mind, is just beginning to be understood. Brain-imaging studies suggest that a network of areas linking medial prefrontal and temporal cortex forms the neural substrate of mentalizing, that is, representing one's own and other people's mental states. The medial prefrontal areas are prominent also in tasks that involve self-monitoring, whereas the temporal regions are prominent also in tasks that involve the representation of goals of actions. We speculate that the precursors of mentalizing ability derive from a brain system that evolved for representing agents and actions, and the relationships between them. 相似文献
186.
This paper is a critical overview of the literature on older adults' outcome after traumatic brain injury (TBI). Eighteen outcome studies were reviewed. Results indicated that older patients demonstrated an increased risk for negative outcome following TBI when compared to younger patients with similar injury severity. Poorer outcome was characterized by higher mortality rates, decreased likelihood of returning to preinjury living arrangement, and declines in cognitive and affective functioning. In the studies reviewed, discharge destination, global outcome scales, and standardized neuropsychological tests were the primary measures of outcome from elderly TBI. Conceptual and methodological difficulties including variability in the definition of and inadequate measures of recovery from elderly TBI, inadequate control groups, and poor follow-up were discussed. Recommendations for future outcome research to increase uniformity in defining recovery in order to enhance comparability between studies and to tailor cognitive rehabilitation to the special needs of the older TBI patient were provided. 相似文献
187.
Individuals with brain injury may experience severe cognitive and other impairments. For brain‐injured parents, such deficits may be associated with child behavior problems, including noncompliance. We assessed the effects of a play period conducted by a brain‐injured father on the compliance of his son, who had become uncooperative with his father after the injury. The child consistently demonstrated improved compliance during proximal and distal compliance sessions that followed father‐son play periods. 相似文献
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189.
大量脑科学的研究揭示,应激对与海马相关的陈述性记忆的调节主要通过应激激素,尤其是糖皮质激素的分泌而发生作用,而影响的方向取决于一些调节变量,包括糖皮质激素升高的水平以及记忆的不同阶段等。研究发现基底外侧杏仁核是糖皮质激素对记忆不同阶段产生差异性影响的关键部位。因此,在教育过程中,既要科学地认识应激对记忆的消极影响,又要有效利用应激对记忆产生的调节作用,来提高学生的学习效率。 相似文献
190.
Laurence Steinberg 《Current directions in psychological science》2007,16(2):55-59
ABSTRACT— Trying to understand why adolescents and young adults take more risks than younger or older individuals do has challenged psychologists for decades. Adolescents' inclination to engage in risky behavior does not appear to be due to irrationality, delusions of invulnerability, or ignorance. This paper presents a perspective on adolescent risk taking grounded in developmental neuroscience. According to this view, the temporal gap between puberty, which impels adolescents toward thrill seeking, and the slow maturation of the cognitive-control system, which regulates these impulses, makes adolescence a time of heightened vulnerability for risky behavior. This view of adolescent risk taking helps to explain why educational interventions designed to change adolescents' knowledge, beliefs, or attitudes have been largely ineffective, and suggests that changing the contexts in which risky behavior occurs may be more successful than changing the way adolescents think about risk. 相似文献