石墨色联觉是人类感知的正常和健康变化。它的特征是字母或数字与颜色感知的关联。联觉的病因尚未完全了解。理论包括大脑中的超连通性,大脑相邻或功能上接近的感觉区域的交叉激活,或大脑中缺乏抑制功能的各种模型。脑源性神经营养生长因子(BDNF)在神经元发育中起着重要作用,神经元通路,和突触,以及保护中枢和周围神经系统中现有的神经元。ELISA方法用于比较有和没有石墨烯颜色联觉的健康测试受试者之间的BDNF血清浓度,以建立浓度与联觉发生之间的联系。结果表明,与匹配的对照组相比,石墨烯-颜色合成蛋白的BDNF血清水平升高。BDNF水平的提高可以增强大脑适应不断变化的环境条件的能力,受伤,或经验,产生积极影响。讨论了感觉信息的整合是否与神经可塑性增加有关或由神经可塑性增加引起。神经变性和大脑再生之间的相似之处导致的结论是联觉,在高级意识状态的意义上,在某些情况下,大脑的发育更加分化,而不是儿童早期的遗物。
Grapheme-color
synesthesia is a normal and healthy variation of human perception. It is characterized by the association of letters or numbers with color perceptions. The etiology of
synesthesia is not yet fully understood. Theories include hyperconnectivity in the brain, cross-activation of adjacent or functionally proximate sensory areas of the brain, or various models of lack of inhibitory function in the brain. The growth factor brain-derived neurotrophic (BDNF) plays an important role in the development of neurons, neuronal pathways, and synapses, as well as in the protection of existing neurons in both the central and peripheral nervous systems. ELISA methods were used to compare BDNF serum concentrations between healthy test subjects with and without grapheme-color
synesthesia to establish a connection between concentration and the occurrence of
synesthesia. The results showed that grapheme-color synesthetes had an increased BDNF serum level compared to the matched control group. Increased levels of BDNF can enhance the brain\'s ability to adapt to changing environmental conditions, injuries, or experiences, resulting in positive effects. It is discussed whether the integration of sensory information is associated with or results from increased neuroplasticity. The parallels between neurodegeneration and brain regeneration lead to the conclusion that
synesthesia, in the sense of an advanced state of consciousness, is in some cases a more differentiated development of the brain rather than a relic of early childhood.