NeuroScore

In Neuroscore version 3.0 and below, the spectral calculations in the signal sheets were not normalized.  In Neuroscore version 3.2 and above a checkbox was added in the Tools | Options menu in the...

To view time stamps to the level of milliseconds in NeuroScore Signal Grids or to display the date and time in a different order a custom time stamp will need to be entered.  To do this, go to the ...

This video details the major portions of NeuroScore and is designed to show you its capabilities. The following topics will be covered: Software Overview Using the Recording Library Navigation wit...

 The following table outlines the file types that are compatible per NeuroScore version. NeuroScore Version 3.2.0 3.0.0 2.1.0 2.0.1 2.0.0 1.1.1 1.1.0 1.0.0 File Compatibili...

Definition: The Z-Ratio calculates the difference in low frequency power (LF: 0.5-8Hz) to high frequency power (HF: 8-20Hz) in relation to the total available power.  The result is in a range from ...

The following outlines the process NeuroScore uses to calculate the power in a given frequency band. First, the Periodogram is calculated to compute the power values within discrete frequency inter...

The Analysis Protocols settings are saved in the file “NeuroScore.zdb” under NeuroScore Local Settings for each user. The location of this file is C:\Users\[UserName]\AppData\Local\DSI\NeuroScore w...

Cambridge Electronic Design (CED) manufactures an acquisition and analysis program called Spike2. The files generated by Spike2 may be read directly by NeuroScore by adding them to the Recording Li...

To get the average spike amplitudes: Run the Spike Train analysis with Individual Spike Marker enabledDSI typically recommends applying a 10 Hz high pass filter on the signal to remove any backgro...

Often, researchers conducting seizure analysis with NeuroScore would like to calculate the number of spikes per second for each seizure (Spike - Train) detected.  To do this: Begin by running the ...

The following definitions describe the available sleep latency calculations available in NeuroScore: SWS onset is the latency between the first scored epoch and the first SWS epoch Paradoxical ons...

Background Similar to the Rodent Sleep Scoring detector, the Rodent Sleep Scoring 2 detector uses one or two EEG signals, along with EMG and activity data to automatically assign a vigilance stage ...

The following video outlines the process to create and execute NeuroScore Batch Processing workflows. Batch Processing is compatible in NeuroScore v3.0 and greater. Presenter: Guðmundur (Gummi) Sæv...

This video provides an overview on How to use the Rodent Sleep Scoring 2 with Visual Tuning Tool. Rodent Sleep Scoring 2 is compatible with NeuroScore v3.0 and greater. It is licensed with the orig...

Often, researchers conducting seizure analysis with NeuroScore would like to evaluate the power in a given frequency band during a seizure (Spike - Train).  To do this: Begin by running the automa...

Background: When using the automated Rodent Sleep Scoring modules it is important to be able to assess sleep stages visually in order to appropriately adjust automatic sleep scoring settings. This ...