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Neuronal functional diversity and collective behaviors:a scientific case

机译:神经元功能多样性和集体行为:一个科学案例

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摘要

A major issue in today's neuroscience is howthe brain complex and highly flexible organization emergesfrom its individual components. Robustness of neuronalproperties with weak linkages between regulatory pro-cesses are suggested to account for the adaptive, tunable,multistable dynamics, the coding schemes and the com-plexity of neuronal functional (sub)systems. Interneuronsand neurotransmitter diversity, resonance phenomena dueto properties of the cell or network, time/frequency-dependent activation of dedicated neuronal assemblies,code- and frequency-specific oscillations interact in deter-mining the brain functional setup and operations. Despitethe scientific relevance, comprehensive theories are not yetavailable, but the scenario—however incomplete andincompletely characterized—is promising and warrantsfurther investigation.
机译:当今神经科学的一个主要问题是大脑复杂而高度灵活的组织如何从其各个组成部分中出现。建议将神经元特性的鲁棒性与调节过程之间的联系联系在一起,以解决自适应,可调,多稳态动力学,编码方案和神经元功能(子系统)系统的复杂性。神经元间和神经递质的多样性,由于细胞或网络的特性引起的共振现象,专用神经元组件的时间/频率依赖性激活,特定于代码和特定频率的振荡会共同影响大脑的功能设置和操作。尽管具有科学意义,但尚无全面的理论,但是这种情况(尽管不完整和特征不完整)是有希望的,值得进一步研究。

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