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med64 probe p515a  (Alpha MED Scientific)


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    Alpha MED Scientific med64 probe p515a
    Med64 Probe P515a, supplied by Alpha MED Scientific, 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/med64+probe+p515a/med+probe/pm40261389-90-12-12
    Average 90 stars, based on 1 article reviews
    med64 probe p515a - by Bioz Stars, 2026-10
    90/100 stars

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    other:

    Article Title: Operant House: A Versatile Open-Source Platform for Automated Operant Conditioning Testing of Mice in Home Cages
    Article Snippet: The hippocampal slices were placed on the MED64 probe, which consisted of an array of 64 planar microelectrodes arranged in an 8 x 8 pattern (P515A, Alpha Med Scientific).

    Article Title: ASIC1a regulates insular long-term depression and is required for the extinction of conditioned taste aversion
    Article Snippet: The device (MED64 probe, P515A) had an array of 64 planar microelectrodes, each 50 × 50 μm in size, arranged in an 8 × 8 pattern (inter-electrode distance, 150 μm; Fig. 1a).

    Article Title: 3- O -sulfated heparan sulfate interactors target synaptic adhesion molecules from neonatal mouse brain and inhibit neural activity and synaptogenesis in vitro
    Article Snippet: MED64 probe (P515A, Alpha-Med Sciences) containing a grid of 64 planar electrodes was coated with poly-D-lysine and PEI (polyethyleneimine).

    Article Title: Procalcitonin contributes to hippocampal neuronal damage and impairment of LTP: implications for cognitive dysfunction in LPS-induced neuroinflammation rat model.
    Article Snippet: Bacterial meningitis (BM) is a neurological emergency with rapidly progressing meninges and subarachnoid space infection.. Patients with BM require early diagnosis and rapid initiation of appropriate therapy(van de Beek et al. 2021; Wall et al. 2021).. Neurocognitive defects frequently occur in survivors of BM(Kloek et al. 2020; Pedersen et al. 2020).



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    med64 probe p515a  (Alpha MED Scientific)
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    Alpha MED Scientific med64 probe p515a
    Med64 Probe P515a, supplied by Alpha MED Scientific, 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/med64+probe+p515a/med+probe/pm40261389-90-12-12
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    med64 p515a probe  (Alpha MED Scientific)
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    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes <t>(MED-P515A,</t> 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).
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    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes <t>(MED-P515A,</t> 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).
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    mea probes med64-p515a  (Alpha MED Scientific)
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    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes <t>(MED-P515A,</t> 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).
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    med64 probe med-p515a  (Alpha MED Scientific)
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    Alpha MED Scientific med64 probe med-p515a
    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes <t>(MED-P515A,</t> 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).
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    microelectrodes med64 probe p515a  (Alpha MED Scientific)
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    Alpha MED Scientific microelectrodes med64 probe p515a
    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes <t>(MED-P515A,</t> 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).
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    planar microelectrode med64 probe p515a  (Alpha MED Scientific)
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    Alpha MED Scientific planar microelectrode med64 probe p515a
    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes <t>(MED-P515A,</t> 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).
    Planar Microelectrode Med64 Probe P515a, supplied by Alpha MED Scientific, 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/med64+probe+p515a/med+probe/pmc10196819-253-8-8
    Average 90 stars, based on 1 article reviews
    planar microelectrode med64 probe p515a - by Bioz Stars, 2026-10
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    Image Search Results


    Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes (MED-P515A, 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).

    Journal: Biomedicines

    Article Title: The Pathway-Selective Dependence of Nitric Oxide for Long-Term Potentiation in the Anterior Cingulate Cortex of Adult Mice

    doi: 10.3390/biomedicines12051072

    Figure Lengend Snippet: Local LTP in the ACC does not require NO. ( a ) Microphotograph and schematic diagram showing one example of ACC fEPSP recorded by using the MED64 system. A cortex slice containing the ACC was placed on a probe with 64 electrodes (MED-P515A, 8 × 8 array). One channel of the probe was selected as the stimulation site. The evoked field potentials in all the other channels were recorded 30 min before and 1 h after the TBS. ( b ) Two mapped figures show the evoked field potentials in the ACC with or without L-NAME perfusion. Field potentials were recorded from the other 63 channels 0.5 h before (black) and 3 h (red) after TBS was delivered to one channel marked ‘s’ with red circles. The fEPSP slope of 4 channels (differentiated by four different colors) with LTP ( c ) and 2 channels without potentiation ( d ) from 1 slice in L-NAME is shown, respectively. The average slope of the total 6 channels is shown in ( e ). The fEPSP slope of 6 channels with LTP ( f ) and 2 channels without potentiation ( g ) from 1 slice in the control condition is shown, respectively. The average slope of the total 8 channels is shown in ( h ). ( i ) Time course of the averaged fEPSP slope of all recorded channels in L-NAME and control ACSF (7 slices/5 mice in the L-NAME group and 3 slices/3 mice in the control group).

    Article Snippet: The slices were positioned on the MED64 (MED64, Alpha-Med Sciences, Osaka, Japan) P515A probe in such a way that the whole array of the electrodes could cover the different layers of the ACC.

    Techniques: Control