You can view CellExplorer, Buzcode, and other. Channel tags can be used to highlight and filter (+/-) channels. band-pass filter traces, perform temporal smoothing, perform spike and events detection directly on the raw or processed traces. NeuroScope2 can also perform basic data processing (that works on data being collected as well), e.g. You can zoom, navigate, measure, highlight, and select traces directly with your mouse cursor, making manual inspection intuitive and efficient. The user-friendly interface has a single side panel for accessing most functions. The primary function calls in NeuroScope2.Display digital and analog files in NeuroScope2.Open a session from the File menu in NeuroScope2.It is faster than the original NeuroScope, and functions fully within the data types of CellExplorer, using the session struct for metadata. As NeuroScope2 is written in MATLAB, it is hackable, adaptable, and expandable. digital, analog, and aux channels from Intan - together with the raw ephys data. It can be used to explore existing data and to stream data being collected and can handle multiple data streams simultaneously - e.g. It is written in Matlab, maintaining many of the original functions of NeuroScope, but with many enhancements. NeuroScope2 is a data viewer for raw and processed extracellular data acquired using multi-site silicon probes, tetrodes, or single wires. Petersen, in the Buzsaki lab | NYU Neuroscience Insitute
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