1. Neuroanatomical & Neurochemical methods:
- Cytoarchitectonics (Brodmann areas)-study of cellular composition of the body's tissues under the microscope
- staining, immunocytochemistry & autoradiography
2. Recording & stimulating neural activity:
- non-invasive methods to study living human brain-TMS, EEG, ERPs and fMRI
- micro- and macro-electrodes in animal studies
3. Effects of brain lesions:
- pathology leading to human brain lesions
- virtual lesions induced by TMS
- experimental ablation in animal models with stereotaxic guidance)
- cooling induces reversible lesion
Neuroscience techniques-serving for study of relationship between brain and behaviour
Is there any ideal method that spatial resolution=cellular level, temporal resolution=millisecond scale, study the whole brain simultaneously and being non-invasive at the same time? NO!
Match existing methods, which all of them come with certain limitations, to the research question.
How to us electrophysiolocial methods for cognitive neuroscience?
>responses to multiple repeated events occurring with fixed latency (time-locked)
>non-time-locked responses to events (oscillations of specific frequency)
>Events are experimentally controlled, e.g. a sensory stimulus or a task instruction occurring at a defined time point
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