Titlebook: EEG - fMRI; Physiological Basis, Christoph Mulert,Louis Lemieux Book 2022Latest edition Springer Nature Switzerland AG 2022 Multimodal Imag

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Brain Rhythms different rhythmic phenomena have been studied not only by EEG but also by MEG and invasive intracranial recordings in patient populations and animals. This has yielded a wide body of knowledge on which types of rhythmic activity can be recorded, under which circumstances they occur, how they can b

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Sleepelectrophysiological measures are sleeping states unambiguously defined. The fMRI environment unfortunately hampers natural sleep due to the associated noise levels and the restrictions on body posture. Nevertheless, numerous groups successfully conducted multimodal fMRI experiments during human sle

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978-3-031-07123-2Springer Nature Switzerland AG 2022

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Grundlagen des Operations Research 3r. Therefore, achieving the ultimate aim of a complete understanding of brain events and brain activity in general will require the integration of a variety of observations related to these events. Multimodal imaging, or more generally measurements whereby data from various types of instruments are

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Grundlagen des Versicherungswesense demonstration that the EEG could be recorded from the human scalp by Berger in the 1920s, it made a slow start before it became accepted as a method of analysis of brain functions in health and disease. It is interesting to note that this acceptance came only after the demonstration by Adrian and

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https://doi.org/10.1007/978-3-7091-4725-2imuli or experimental tasks. Compared to all other non-invasive functional imaging methods, fMRI has the best spatial specificity relative to the site of changes in neuronal activity. However, fMRI signals are not direct measures of neuronal activity such as action potentials or synaptic activation.