Titlebook: Awake Behaving Mesoscopic Brain Imaging; James E. Niemeyer,Hongtao Ma,Theodore H. Schwartz Book 2025 The Editor(s) (if applicable) and The

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Jonghwa Kim,Mincheol Whang,Jincheol Woomission mechanisms of NTs or NMs (NTs/NMs), it is critical to monitor the dynamics of NTs/NMs with high sensitivity, specificity, and spatiotemporal resolution. With recent advances in genetically encoded NT/NM indicators (GENIs) and mesoscopic imaging, it is now possible to visualize the spatiotemp

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https://doi.org/10.1007/978-3-319-39513-5dvances in recording techniques have brought about increased knowledge of how different brain regions cooperate in various cognitive processes. Here, we describe a protocol combining widefield calcium imaging with electrical recordings using a flexible, insertable, and transparent microelectrode pro

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Mathias Wahl,Julia Krüger,J?rg Frommerques, such as wide-field microscopy, with the use of transgenic animals made it possible to monitor mesoscale cortical activity during the execution of these goal-directed behaviors. Here we describe the development of a setup for large-scale functional imaging integrated within a customized behavio

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A New Method of Banner Color Designaviors are deemed as involving coordinated neural activity across brain areas, including the visual and motor system. Widefield optical imaging is a valuable tool for studying coordinated neural activity across these areas at the mesoscale. However, visuomotor behaviors can cause spurious imaging si

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Aki Koivula,Pekka R?s?nen,Outi SarpilaWhile the basic cyclic pattern of locomotion is created in the spinal cord by central pattern generators, virtually all regions of the nervous system are not only engaged but play important roles in locomotion. During locomotion, there is widespread modulation of neurons in the cerebral cortex, incl