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Only Available after the purchase of a full Priced ANI Streamer. If you want to purchase a 3rd, 5th, 7th… ANI Streamer you will need to pay full price. Currently there are 2 display options available inside the Streamer that you can link to the Reward: Brightness or Size. One must own Surface Z Score Neurofeedback (NF1), LORETA Z Score Neurofeedback (NF2), Surface Cross Frequency Z Score Neurofeedback (NF3) and/or swLORETA Neurofeedback (swNFB) before you can use the Streamer.
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The Streamer is a Video Streamer for Neurofeedback. Dock any DVD Player window, or NetFlix, YouTube, hulu or any other Web Service that allows you to watch videos and/or TV show. Currently there are 2 display options available inside the Streamer that you can link to the Reward: Brightness or Size. One must own Surface Z Score Neurofeedback (NF1), LORETA Z Score Neurofeedback (NF2), Surface Cross Frequency Z Score Neurofeedback (NF3) and/or swLORETA Neurofeedback (swNFB) before you can use the ANI Streamer.
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Use the Brain Optimization Index™ to track changes in a patient's various brain networks. The BOI can also be generated within an Automatic Clinic Report, if you purchase ACR uses. Before purchasing a Brain Optimization Index™ package, please verify that you have NeuroGuide v 3.0.7 or greater installed on your computer. NOTE if you have NeuroGuide v 2.9.3 - v 3.0.6 installed on your computer you can still purchase packages but the outputs will be labeled Brain Function Index and not include the latest updates.
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The Brain Performance Index (BPI) is an estimate of the efficiency of neural resource allocation and it is not designed to replace a neuropsychological test but rather to compliment neuropsychological evaluations especially where a patient has problems taking a conventional neuropsychological test or when one wants to rapidly repeat the test. Should only be used with clients between the ages of 5 and 18 years of old.
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2 Channel Instantaneous Z Score EEG Biofeedback for Deymed. In 2004 the 1st real-time or "live" Z score controlling biofeedback was distributed as a dynamic link library (DLL) to several companies. Later an Agreement was formed with Deymed for their customer's that wanted to use Deymed's software environment to add Z scores based on the raw values computed in about 1 microsecond or in real-time for 2 channels.
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The Bi-Spectral analyses includes: Spectrum of the Time Series of Instantaneous Power; Spectrum of the Time Series Relative Power; Spectrum of the Time Series of Instantaneous Coherence; Spectrum of the Time Series of Instantaneous Phase Differences; Spectrum of the Time Series of Instantaneous Amplitude Differences; Spectrum of the Time Series of Phase Reset; and Cross-Frequency Power Correlation (1Hz to 50 Hz).
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The Expert Mentoring/Consultation services available for Customers and Students that are provided by our ANI Staff includes: Review of Patient EEG Data, Expert Training on NeuroGuide, Training on How to Create Clinical Reports, Special Data Analyses, Advanced Topics. Personal Mentoring Session are provided via TeamViewer or Skype. The Fee is $250/hour
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The e-Book is a "Living" book with 425 figures and tables, including over 275 pages of hands on tutorials. It is a "living" e-Book because it will be updated periodically. The e-Book is organized for beginners and has hyperlinks to allow readers to jump from simple to more complex topics and from the background to the tutorials and from tutorials to scientific detail with a few mouse clicks.
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LORETA Cross-Frequency Coherence is anEEG LORETA measure of the Coherence (amplitude independent coupling) between frequencies and the center voxels of 88 different Brodmann areas, for example delta and beta or theta and alpha-2 or theta and high beta (Gamma), etc. Neurons in a given Brodmann area communicates with other brain regions over a range of frequencies. This add-on quantifies the coupling and provides a normative database comparison (Z scores) to help link symptoms to dysregulation in the brain.
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The LORETA Source Correlation Add-on computes the Pearson Product Correlation Coefficient (-1 to +1) with respect to a 3-dimensional Region of Interest (ROI) and the remainder of the 2,394 LORETA Gray Matter Pixels over the time span of selected EEG and then displays the results in the LORETA Viewer. The ROI is identified by either an Anatomical Name or by Brodmann Area. The average current sources of the ROI are used in the computation of the correlation coefficient and the ROI correlation to itself = 0 in the LORETA Viewer.