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A-M Systems silver wire recording electrode
Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the <t>silver</t> <t>wire</t> <t>electrode</t> from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.
Silver Wire Recording Electrode, supplied by A-M Systems, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/silver+wire+electrode/stainless+steel+wires/pmc12774839-189-1-8
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1) Product Images from "Long-latency auditory evoked responses across species show increased amplitude during early life"

Article Title: Long-latency auditory evoked responses across species show increased amplitude during early life

Journal: Cerebral Cortex (New York, NY)

doi: 10.1093/cercor/bhaf274

Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the silver wire electrode from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.
Figure Legend Snippet: Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the silver wire electrode from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.

Techniques Used: Activation Assay

Related Articles

other:

Article Title: Orexin A increases sympathetic nerve activity through promoting expression of proinflammatory cytokines in Sprague Dawley rats
Article Snippet: The nerve bundles were mounted on separate silver wire electrode (0.127 mm OD; A-M Systems, Sequim, WA, USA) and covered with a silicon-based impression material (Kwik-Sil, WPI) to insulate the recording nerves from body fluids.

Article Title: Neural oscillations in the nucleus accumbens-dorsal hippocampal circuits and behavioral effects of acute fluoxetine administration during the Tail suspension test in mice.
Article Snippet: disorders DW Distilled water EEG Electroencephalogram FFT Fast Fourier transform Flu20 Fluoxetine 20 mg/kg FST Forced swim test HC Home cage HPA Hypothalamic–pituitary–adrenal LFP Local field potential MDD Major depressive disorder NAc Nucleus accumbens PSD Power spectral density SSRI Selective serotonin reuptake inhibitor TST Tail suspension test VTA Ventral tegmental area DRN Dorsal raphe nucleus mPFC Medial prefrontal cortex Abbreviations ANOVA Analysis of variance ARRIVE Animal research reporting of in vivo experiments dHP Dorsal hippocampus DSM Diagnostic and statistical manual of mental

Article Title: The spatiotemporal organization of experience dictates hippocampal involvement in primary visual cortical plasticity
Article Snippet: A custom-fabricated silver wire (A-M systems, Sequim, WA, US) electrode was positioned approximately A/P +0.5mm, M/L + 1.0mm from bregma, and inserted to a depth D/V −0.3mm onto the surface of frontal cortex to serve as reference.

Article Title: The spatiotemporal organization of experience dictates hippocampal involvement in primary visual cortical plasticity.
Article Snippet: A custom-fabricated silver wire (A-M systems, Sequim, WA, US) electrode was positioned approximately A/P +0.5mm, M/L + 1.0mm from bregma, and inserted to a depth D/V 0.3mm onto the surface of frontal cortex to serve as reference.

Article Title: Effect of temperature on mosquito olfaction
Article Snippet: The head was then mounted on an electrode made of a silver wire 0.01” (A-M Systems, Carlsbord, WA, USA) and a borosilicate pulled capillary (0.78 mm I.D.

Article Title: Flupirtine effectively prevents development of acute neonatal seizures in an animal model of global hypoxia
Article Snippet: One silver wire electrode (0.01” outer diameter; AM systems, Carlsborg, WA) was placed in each hemisphere of the brain over the parietal cortex.

Saline:

Article Title: Escape behaviors in prey and the evolution of pennaceous plumage in dinosaurs
Article Snippet: .. We dropped the 681 saline solution (NaCl 210 mM, KCl 7.1 mM, CaCl2 9.0 mM, Tris-buffered to pH 6.8) on the part 682 and hooked an extracellular silver wire electrode (127-μm bare diameter, AM systems) to the 683 contralateral nerve cord (Fig. S4E, F). ..

Article Title: Escape behaviors in prey and the evolution of pennaceous plumage in dinosaurs
Article Snippet: .. We dropped the saline solution (NaCl 210 mM, KCl 7.1 mM, CaCl 2 9.0 mM, Tris-buffered to pH 6.8) on the part and hooked an extracellular silver wire electrode (127-μm bare diameter, AM systems) to the contralateral nerve cord (Fig. E,F). ..



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Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the <t>silver</t> <t>wire</t> <t>electrode</t> from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.
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Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the <t>silver</t> <t>wire</t> <t>electrode</t> from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.
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Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the <t>silver</t> <t>wire</t> <t>electrode</t> from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.
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Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the <t>silver</t> <t>wire</t> <t>electrode</t> from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.
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Image Search Results


Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the silver wire electrode from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.

Journal: Cerebral Cortex (New York, NY)

Article Title: Long-latency auditory evoked responses across species show increased amplitude during early life

doi: 10.1093/cercor/bhaf274

Figure Lengend Snippet: Time course and location of auditory activation in humans and rats. (a) Time course of activation evoked by the auditory probes in the current source located in the left supratemporal auditory cortex in humans. Significant differences between age groups are indicated by asterisks. (b) Time course of activation evoked by the auditory probes as recorded by the silver wire electrode from the surface of the auditory cortex in rats. (c) MNE source waveforms in the left hemisphere ROI (Heschl’s gyrus, Heschl’s sulcus, and planum temporale) shown for each individual voxel, with separate rows representing the 3 different age groups (see for methods). (d) The location and orientation of the equivalent current dipole (ECD) in humans, fitted at the time point of maximum amplitude for each age group (250 ms for children, 100 ms for adults). (e) Whole-head sensor array with evoked responses in the 3 age groups of humans and 1 sensor enlarged to provide model-free illustration of the timeline of activation. The distribution of sensors used for localizing the ECD is delimited with a dashed line.

Article Snippet: A silver wire recording electrode (Ø 0.5 mm, A-M Systems, WA, USA) was positioned on the surface of the dura and attached to a miniature connector together with ground and reference electrodes.

Techniques: Activation Assay