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u-probe electrode (16 channels  (plexon inc)

 
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    plexon inc u-probe electrode (16 channels
    U Probe Electrode (16 Channels, supplied by plexon 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/multielectrode+array/linear+multielectrode+array+u+probe/pmc06186769-68-11-15
    Average 90 stars, based on 1 article reviews
    u-probe electrode (16 channels - by Bioz Stars, 2026-10
    90/100 stars

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    Article Title: Preselection of potential target spaces based on partial information by the supplementary eye field.
    Article Snippet: After the SEF was located, all neuronal activity was recorded with a linear-array multi-contact electrode that had 16 contacts with a spacing of 150 μm(U-probe; Plexon,Dallas, TX,USA).The electrodewas inserted into the brain through a 25-gauge guide tube that penetrated the dura mater Communications Biology | (2024) 7:1215 12 under the power of a hydraulic Microdrive (MO-972; Narishige, Tokyo, Japan) that moved the electrode in micrometer steps.

    Article Title: Detecting rhythmic spiking through the power spectra of point process model residuals
    Article Snippet: The extracellular spiking activity of neurons in GPi and VLa was collected using multiple glass-insulated tungsten microelectrodes (0.5–1.5 MΩ, Alpha Omega Co.) or 16-contact linear probes (0.5–1.0 MΩ, V-probe, Plexon Inc.).

    Article Title: Attention-dependent attribute comparisons underlie multi-attribute decision-making in orbitofrontal cortex
    Article Snippet: Data were collected with tungsten microelectrodes (FHC) and 16-contact linear arrays (Plexon) lowered through chronic craniotomies, and advanced manually using custom-built microdrives.

    Article Title: Decoding Continuous Tracking Eye Movements from Cortical Spiking Activity
    Article Snippet: Eye movements are the primary way primates interact with the world.. Understanding how the brain controls the eyes is therefore crucial for improving human health and designing visual rehabilitation devices.. However, brain activity is challenging to decipher.

    Article Title: A Neural Mechanism for Optic Flow Parsing in Macaque Visual Cortex
    Article Snippet: Extracellular neural activity was recorded using V-Probe multi-site linear electrode arrays (Plexon).

    Article Title: A neural mechanism for optic flow parsing in macaque visual cortex.
    Article Snippet: Extracellular neural activity was recorded using V-Probe multi-site linear electrode arrays (Plexon).

    Article Title: A new function of offset response in the primate auditory cortex: marker of temporal integration
    Article Snippet: We have updated the Methods section to include a detailed description of the electrodes and probes used: "In each session, we utilized multi-site linear electrodes (S-probe, Plexon, USA): 16 contacts spacing 150 micrometers for the auditory cortex (AC) and 32 contacts spacing 200 micrometers for the medial geniculate body (MGB)." (Page 29, 2nd paragraph) 15.

    Article Title: Layer-specific dynamics of local field potentials in monkey V1 during electrical stimulation
    Article Snippet: For each recording session, we lowered a 23 channels linear array electrode (U-Probe, Plexon) which has been used in previous studies , , through a grid to ensure a perpendicular insertion into area V1.



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    Image Search Results


    Day/night differences in assay of cortical feedforward inhibition, in vivo. Ai , Schematic showing the experimental arrangement of the optic fiber and the multielectrode arrays in the brain slice. Aii , Example traces of local field potentials during a train of stimuli and the derived current source densities. Aiii , Enlarged view of CSDs for the first two stimuli and a color-coded representation of the CSDs, showing that the sink-source sequence is generally found only in a single electrode in the supragranular layers. B , Color-coded representation of each stimulus in a train of 10 (delivered at 10 Hz). C , The peak of the inhibitory (“source”) current for data collected from ZT5 (red) and ZT17 (black) brain slices, showing highly significant differences at the two times, both for the absolute peak values and ( Ci ) the pattern of adaptation from the first pulse in the train ( Cii ).

    Journal: eNeuro

    Article Title: Intrinsic Cell-Class–Specific Modulation of Intracellular Chloride Levels and Inhibitory Function, in Cortical Networks, between Day and Night

    doi: 10.1523/ENEURO.0325-25.2025

    Figure Lengend Snippet: Day/night differences in assay of cortical feedforward inhibition, in vivo. Ai , Schematic showing the experimental arrangement of the optic fiber and the multielectrode arrays in the brain slice. Aii , Example traces of local field potentials during a train of stimuli and the derived current source densities. Aiii , Enlarged view of CSDs for the first two stimuli and a color-coded representation of the CSDs, showing that the sink-source sequence is generally found only in a single electrode in the supragranular layers. B , Color-coded representation of each stimulus in a train of 10 (delivered at 10 Hz). C , The peak of the inhibitory (“source”) current for data collected from ZT5 (red) and ZT17 (black) brain slices, showing highly significant differences at the two times, both for the absolute peak values and ( Ci ) the pattern of adaptation from the first pulse in the train ( Cii ).

    Article Snippet: A Neuronexus multielectrode probe, with a single recording site on each of 8–16 prongs (100 μm separation of prongs), was inserted into the brain slice at its dorsal pole, oriented orthogonal to the pial surface ( Fig. 5 A ).

    Techniques: Inhibition, In Vivo, Slice Preparation, Derivative Assay, Sequencing