Direct current coupled recordings of cortical spreading depression using silicone probes
A Nasretdinov, N Lotfullina, D Vinokurova… - Frontiers in cellular …, 2017 - frontiersin.org
Electrophysiological assessment of infraslow (< 0.1 Hz) brain activities such as cortical
spreading depression (SD), which occurs in a number of pathologies including migraine,
epilepsy, traumatic brain injury (TBI) and brain ischemia requires direct current (DC) coupled
recordings of local field potentials (LFPs). Here, we describe how DC-coupled recordings
can be performed using high-density iridium electrode arrays (silicone probes). We found
that the DC voltage offset of the silicone probe is large and often exceeds the amplifier input …
spreading depression (SD), which occurs in a number of pathologies including migraine,
epilepsy, traumatic brain injury (TBI) and brain ischemia requires direct current (DC) coupled
recordings of local field potentials (LFPs). Here, we describe how DC-coupled recordings
can be performed using high-density iridium electrode arrays (silicone probes). We found
that the DC voltage offset of the silicone probe is large and often exceeds the amplifier input …
Direct current coupled recordings of cortical spreading depression using silicone probes
A Zakharov, K Chernova, J Lebedeva, A Nasretdinov… - dspace.kpfu.ru
© 2017 Nasretdinov, Lotfullina, Vinokurova, Lebedeva, Burkhanova Chernova, Zakharov
and Khazipov. Electrophysiological assessment of infraslow (< 0.1 Hz) brain activities such
as cortical spreading depression (SD), which occurs in a number of pathologies including
migraine, epilepsy, traumatic brain injury (TBI) and brain ischemia requires direct current
(DC) coupled recordings of local field potentials (LFPs). Here, we describe how DC-coupled
recordings can be performed using high-density iridium electrode arrays (silicone probes) …
and Khazipov. Electrophysiological assessment of infraslow (< 0.1 Hz) brain activities such
as cortical spreading depression (SD), which occurs in a number of pathologies including
migraine, epilepsy, traumatic brain injury (TBI) and brain ischemia requires direct current
(DC) coupled recordings of local field potentials (LFPs). Here, we describe how DC-coupled
recordings can be performed using high-density iridium electrode arrays (silicone probes) …