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constant-current stimulator ds4 bi phasic stimulator  (Digitimer North America LLC)


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    Digitimer North America LLC constant-current stimulator ds4 bi phasic stimulator
    Constant Current Stimulator Ds4 Bi Phasic Stimulator, supplied by Digitimer North America LLC, 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/result/constant-current stimulator ds4 bi phasic stimulator/product/Digitimer North America LLC
    Average 90 stars, based on 1 article reviews
    constant-current stimulator ds4 bi phasic stimulator - by Bioz Stars, 2026-03
    90/100 stars

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    LMEP recording. Recording electrodes were subcutaneously placed in proximity to the left laryngeal muscles, to record the LMEP (A), and the axillar region, to record non‐laryngeal muscular activity (B), and both were referenced to the ground electrode placed subcutaneously in the sole of the right foot (C). VNS pulses were administered via the <t>DS4</t> constant current <t>stimulator</t> (D), via stimulation cables connected the connector pins of the VNS electrode in the headcap. The recorded EPs were amplified and filtered via a pre‐amplifier (E) and amplifier (F), and digitized by a NIDAQ (G) for storage in a local computer. (H) shows an example of an LMEP recording with the latency to the initial negative peak labeled as (I).
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    LMEP recording. Recording electrodes were subcutaneously placed in proximity to the left laryngeal muscles, to record the LMEP (A), and the axillar region, to record non‐laryngeal muscular activity (B), and both were referenced to the ground electrode placed subcutaneously in the sole of the right foot (C). VNS pulses were administered via the <t>DS4</t> constant current <t>stimulator</t> (D), via stimulation cables connected the connector pins of the VNS electrode in the headcap. The recorded EPs were amplified and filtered via a pre‐amplifier (E) and amplifier (F), and digitized by a NIDAQ (G) for storage in a local computer. (H) shows an example of an LMEP recording with the latency to the initial negative peak labeled as (I).
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    LMEP recording. Recording electrodes were subcutaneously placed in proximity to the left laryngeal muscles, to record the LMEP (A), and the axillar region, to record non‐laryngeal muscular activity (B), and both were referenced to the ground electrode placed subcutaneously in the sole of the right foot (C). VNS pulses were administered via the <t>DS4</t> constant current <t>stimulator</t> (D), via stimulation cables connected the connector pins of the VNS electrode in the headcap. The recorded EPs were amplified and filtered via a pre‐amplifier (E) and amplifier (F), and digitized by a NIDAQ (G) for storage in a local computer. (H) shows an example of an LMEP recording with the latency to the initial negative peak labeled as (I).
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    LMEP recording. Recording electrodes were subcutaneously placed in proximity to the left laryngeal muscles, to record the LMEP (A), and the axillar region, to record non‐laryngeal muscular activity (B), and both were referenced to the ground electrode placed subcutaneously in the sole of the right foot (C). VNS pulses were administered via the <t>DS4</t> constant current <t>stimulator</t> (D), via stimulation cables connected the connector pins of the VNS electrode in the headcap. The recorded EPs were amplified and filtered via a pre‐amplifier (E) and amplifier (F), and digitized by a NIDAQ (G) for storage in a local computer. (H) shows an example of an LMEP recording with the latency to the initial negative peak labeled as (I).
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    LMEP recording. Recording electrodes were subcutaneously placed in proximity to the left laryngeal muscles, to record the LMEP (A), and the axillar region, to record non‐laryngeal muscular activity (B), and both were referenced to the ground electrode placed subcutaneously in the sole of the right foot (C). VNS pulses were administered via the DS4 constant current stimulator (D), via stimulation cables connected the connector pins of the VNS electrode in the headcap. The recorded EPs were amplified and filtered via a pre‐amplifier (E) and amplifier (F), and digitized by a NIDAQ (G) for storage in a local computer. (H) shows an example of an LMEP recording with the latency to the initial negative peak labeled as (I).

    Journal: Animal Models and Experimental Medicine

    Article Title: Use of laryngeal muscle evoked potential recording for experimental vagus nerve stimulation

    doi: 10.1002/ame2.12555

    Figure Lengend Snippet: LMEP recording. Recording electrodes were subcutaneously placed in proximity to the left laryngeal muscles, to record the LMEP (A), and the axillar region, to record non‐laryngeal muscular activity (B), and both were referenced to the ground electrode placed subcutaneously in the sole of the right foot (C). VNS pulses were administered via the DS4 constant current stimulator (D), via stimulation cables connected the connector pins of the VNS electrode in the headcap. The recorded EPs were amplified and filtered via a pre‐amplifier (E) and amplifier (F), and digitized by a NIDAQ (G) for storage in a local computer. (H) shows an example of an LMEP recording with the latency to the initial negative peak labeled as (I).

    Article Snippet: For electrical stimulation of the VN, a constant current stimulator (DS4, Digitimer, UK) was connected to the connector pins of the VNS electrode (Figure ).

    Techniques: Muscles, Activity Assay, Amplification, Labeling