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™ graphical user interface gui  (OpenBCI Inc)

 
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    Structured Review

    OpenBCI Inc ™ graphical user interface gui
    Telemetric EEG recording using needle electrodes and <t>OpenBCI™.</t> Mice under isoflurane anesthesia were situated for EEG recording via subdermal needle electrodes integrated with the OpenBCI™ 8-channel Cyton Biosensing Board. The device contains various hardware features such as a Texas Instruments© ADS1299 Analog-to-Digital Converter (Texas Instruments, TX, USA). The processed raw EEG data is wirelessly transmitted through RFduino™ Low Power Bluetooth™ radio transmission signals and received at the USB dongle host on a computer node. The EEG signals are then stored and visualized at the computer node via the data acquisition, processing, and <t>design</t> <t>tool</t> OpenBCI™ <t>graphical</t> <t>user</t> <t>interface</t> .
    ™ Graphical User Interface Gui, supplied by OpenBCI Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/graphical+interface+(gui)+program/graphical+user+interface++gui+/pmc10326441-94-28-30
    Average 90 stars, based on 1 article reviews
    ™ graphical user interface gui - by Bioz Stars, 2026-08
    90/100 stars

    Images

    1) Product Images from "Telemetric electroencephalography recording in anesthetized mice—A novel system using minimally-invasive needle electrodes with a wireless OpenBCI™ Cyton Biosensing Board"

    Article Title: Telemetric electroencephalography recording in anesthetized mice—A novel system using minimally-invasive needle electrodes with a wireless OpenBCI™ Cyton Biosensing Board

    Journal: MethodsX

    doi: 10.1016/j.mex.2023.102187

    Telemetric EEG recording using needle electrodes and OpenBCI™. Mice under isoflurane anesthesia were situated for EEG recording via subdermal needle electrodes integrated with the OpenBCI™ 8-channel Cyton Biosensing Board. The device contains various hardware features such as a Texas Instruments© ADS1299 Analog-to-Digital Converter (Texas Instruments, TX, USA). The processed raw EEG data is wirelessly transmitted through RFduino™ Low Power Bluetooth™ radio transmission signals and received at the USB dongle host on a computer node. The EEG signals are then stored and visualized at the computer node via the data acquisition, processing, and design tool OpenBCI™ graphical user interface .
    Figure Legend Snippet: Telemetric EEG recording using needle electrodes and OpenBCI™. Mice under isoflurane anesthesia were situated for EEG recording via subdermal needle electrodes integrated with the OpenBCI™ 8-channel Cyton Biosensing Board. The device contains various hardware features such as a Texas Instruments© ADS1299 Analog-to-Digital Converter (Texas Instruments, TX, USA). The processed raw EEG data is wirelessly transmitted through RFduino™ Low Power Bluetooth™ radio transmission signals and received at the USB dongle host on a computer node. The EEG signals are then stored and visualized at the computer node via the data acquisition, processing, and design tool OpenBCI™ graphical user interface .

    Techniques Used: Transmission Assay



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    Image Search Results


    (A) Block diagram and (B) photograph of the portable DF-HRME imaging system. The distal tip of a thin, flexible fiber optic bundle is enclosed in a 3D-printed probe holder and placed in contact with the tissue epithelium. The probe relays the image to the portable optical system at the proximal end of the bundle. The system is controlled via a GUI on a laptop; high resolution video of microvasculature is displayed in real time without the need for an exogenous contrast agent. (C) Optical diagram of the DF-HRME. Scanning darkfield illumination is used to enable reflectance imaging of microvasculature through the fiber bundle. A DLP is used to project a scanning structured illumination pattern at the proximal face of the fiber bundle; synchronized detection is performed using a CMOS camera. An offset is introduced between the illumination and detection apertures to reduce internal reflection. Arrows indicate the directions of scanning at the probe surfaces, DLP and CMOS camera. DF-HRME: scanning darkfield high-resolution microendoscope; DLP: digital light projector; CMOS: complementary metal-oxide semiconductor camera; GUI: graphical user interface.

    Journal: Biomedical Optics Express

    Article Title: Scanning darkfield high-resolution microendoscope for label-free microvascular imaging

    doi: 10.1364/BOE.498584

    Figure Lengend Snippet: (A) Block diagram and (B) photograph of the portable DF-HRME imaging system. The distal tip of a thin, flexible fiber optic bundle is enclosed in a 3D-printed probe holder and placed in contact with the tissue epithelium. The probe relays the image to the portable optical system at the proximal end of the bundle. The system is controlled via a GUI on a laptop; high resolution video of microvasculature is displayed in real time without the need for an exogenous contrast agent. (C) Optical diagram of the DF-HRME. Scanning darkfield illumination is used to enable reflectance imaging of microvasculature through the fiber bundle. A DLP is used to project a scanning structured illumination pattern at the proximal face of the fiber bundle; synchronized detection is performed using a CMOS camera. An offset is introduced between the illumination and detection apertures to reduce internal reflection. Arrows indicate the directions of scanning at the probe surfaces, DLP and CMOS camera. DF-HRME: scanning darkfield high-resolution microendoscope; DLP: digital light projector; CMOS: complementary metal-oxide semiconductor camera; GUI: graphical user interface.

    Article Snippet: A graphical user interface (GUI) programmed in MATLAB (The MathWorks, Natick, Massachusetts) is implemented on a laptop to control the DF-HRME and display images in real-time.

    Techniques: Blocking Assay, Imaging