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Neurophysiology of Insects Using Microelectrode Arrays: Current Trends and Future Prospects

机译:使用微电极阵列的昆虫的神经生理学:当前趋势和未来前景。

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Simple to complex behaviors are directed by the brain, which possess nervous cells, called neurons. Mammals have billions of neurons, organized in networks, making their study difficult. Although methods have well evolved since the last century, studying a simpler model is the key to resolving neuronal communication. In this review, we demonstrate that insects are an excellent model and tool to understand neural mechanisms. Moreover, new technology, such as Microelectrodes Arrays (MEAs), is an innovative method which opens the possibility to study neuron clusters, rather than individual cells. A combined method of an insect model and MEAs technology may lead to great discoveries in neurophysiology, advancing progress in pharmacology, infectious and neu-rodegenerative diseases, agriculture maintenance and robotics.
机译:简单到复杂的行为是由大脑控制的,大脑拥有称为神经元的神经细胞。哺乳动物具有数十亿个神经元,这些神经元组织在网络中,这使他们的学习变得困难。尽管自上世纪以来方法已得到很好的发展,但研究更简单的模型是解决神经元交流的关键。在这篇综述中,我们证明了昆虫是理解神经机制的优秀模型和工具。此外,诸如微电极阵列(MEA)之类的新技术是一种创新方法,为研究神经元簇而不是单个细胞提供了可能性。昆虫模型和MEAs技术相结合的方法可能会导致神经生理学的重大发现,药理学,传染性和神经退行性疾病,农业维护和机器人技术的进步。

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