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five-channel linear multiple-electrode array system for extracellular recording minimatrix 05  (Thomas RECORDING)

 
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    Thomas RECORDING five-channel linear multiple-electrode array system for extracellular recording minimatrix 05
    Five Channel Linear Multiple Electrode Array System For Extracellular Recording Minimatrix 05, supplied by Thomas RECORDING, 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/extracellular+recording+electrodes/five+channel+linear+multiple+electrode+array+system+for+extracellular+recording+minimatrix+05/10__1523_slash_jneurosci__0422___23__2023-91-17-20
    Average 90 stars, based on 1 article reviews
    five-channel linear multiple-electrode array system for extracellular recording minimatrix 05 - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    Sequencing:

    Article Title: Causal Evidence for a Role of Cerebellar Lobulus Simplex in Prefrontal-Hippocampal Interaction in Spatial Working Memory Decision-Making
    Article Snippet: Electrophysiological recordings were conducted with extracellular recording electrodes (glass insulated tungsten/platinum; 80-μm diameter; impedance: 3.5–5.0 MΩ, Thomas Recording, GmbH, Germany) attached to a custom-made micro-drive.

    Labeling:

    Article Title: Causal Evidence for a Role of Cerebellar Lobulus Simplex in Prefrontal-Hippocampal Interaction in Spatial Working Memory Decision-Making
    Article Snippet: Electrophysiological recordings were conducted with extracellular recording electrodes (glass insulated tungsten/platinum; 80-μm diameter; impedance: 3.5–5.0 MΩ, Thomas Recording, GmbH, Germany) attached to a custom-made micro-drive.

    Activity Assay:

    Article Title: Causal Evidence for a Role of Cerebellar Lobulus Simplex in Prefrontal-Hippocampal Interaction in Spatial Working Memory Decision-Making
    Article Snippet: Electrophysiological recordings were conducted with extracellular recording electrodes (glass insulated tungsten/platinum; 80-μm diameter; impedance: 3.5–5.0 MΩ, Thomas Recording, GmbH, Germany) attached to a custom-made micro-drive.



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    Image Search Results


    Evaluation of plus-maze exploration behavior, spatial working memory, and classification of individual decisions. a Mice implanted with recording electrodes in the mPFC and dCA1 and an optical fiber above cerebellar LS were placed in a plus maze and allowed to freely explore for 12 min. Movement trajectories were video-captured and digitized for offline analysis. b The sequence of arm entries was analyzed to detect any sequence of four entries without a repeat (i.e., spontaneous alternations). In the example shown, arm entries that are part of a spontaneous alternation are printed in green font. A total of five spontaneous alternations are marked with grey brackets labeled SA1–5. Note that spontaneous alternations can be overlapping (SA2–5). The first occurrence of a spontaneous alternation in the example is a single sequence of four entries (CDAB, SA1). The second occurrence (CBADCBA) contains four overlapping spontaneous alternations (CBAD, BADC, ADCB, DCBA, SA2–5). c The same sequence as in (b) but with individual arm entry decisions classified as correct (green arrows) or incorrect (red arrows) based on the position of the decision in a sequence of four entries. For the analysis of decision-outcome–related neuronal activity only decisions that were preceded by three choices without repetition were classified as correct. As a consequence, the first two or three decisions of a spontaneous alternation (CBAD) were classified as incorrect depending on the choice immediately preceding the spontaneous alternation

    Journal: Cerebellum (London, England)

    Article Title: Causal Evidence for a Role of Cerebellar Lobulus Simplex in Prefrontal-Hippocampal Interaction in Spatial Working Memory Decision-Making

    doi: 10.1007/s12311-022-01383-7

    Figure Lengend Snippet: Evaluation of plus-maze exploration behavior, spatial working memory, and classification of individual decisions. a Mice implanted with recording electrodes in the mPFC and dCA1 and an optical fiber above cerebellar LS were placed in a plus maze and allowed to freely explore for 12 min. Movement trajectories were video-captured and digitized for offline analysis. b The sequence of arm entries was analyzed to detect any sequence of four entries without a repeat (i.e., spontaneous alternations). In the example shown, arm entries that are part of a spontaneous alternation are printed in green font. A total of five spontaneous alternations are marked with grey brackets labeled SA1–5. Note that spontaneous alternations can be overlapping (SA2–5). The first occurrence of a spontaneous alternation in the example is a single sequence of four entries (CDAB, SA1). The second occurrence (CBADCBA) contains four overlapping spontaneous alternations (CBAD, BADC, ADCB, DCBA, SA2–5). c The same sequence as in (b) but with individual arm entry decisions classified as correct (green arrows) or incorrect (red arrows) based on the position of the decision in a sequence of four entries. For the analysis of decision-outcome–related neuronal activity only decisions that were preceded by three choices without repetition were classified as correct. As a consequence, the first two or three decisions of a spontaneous alternation (CBAD) were classified as incorrect depending on the choice immediately preceding the spontaneous alternation

    Article Snippet: Electrophysiological recordings were conducted with extracellular recording electrodes (glass insulated tungsten/platinum; 80-μm diameter; impedance: 3.5–5.0 MΩ, Thomas Recording, GmbH, Germany) attached to a custom-made micro-drive.

    Techniques: Sequencing, Labeling, Activity Assay

    Evaluation of plus-maze exploration behavior, spatial working memory, and classification of individual decisions. a Mice implanted with recording electrodes in the mPFC and dCA1 and an optical fiber above cerebellar LS were placed in a plus maze and allowed to freely explore for 12 min. Movement trajectories were video-captured and digitized for offline analysis. b The sequence of arm entries was analyzed to detect any sequence of four entries without a repeat (i.e., spontaneous alternations). In the example shown, arm entries that are part of a spontaneous alternation are printed in green font. A total of five spontaneous alternations are marked with grey brackets labeled SA1–5. Note that spontaneous alternations can be overlapping (SA2–5). The first occurrence of a spontaneous alternation in the example is a single sequence of four entries (CDAB, SA1). The second occurrence (CBADCBA) contains four overlapping spontaneous alternations (CBAD, BADC, ADCB, DCBA, SA2–5). c The same sequence as in (b) but with individual arm entry decisions classified as correct (green arrows) or incorrect (red arrows) based on the position of the decision in a sequence of four entries. For the analysis of decision-outcome–related neuronal activity only decisions that were preceded by three choices without repetition were classified as correct. As a consequence, the first two or three decisions of a spontaneous alternation (CBAD) were classified as incorrect depending on the choice immediately preceding the spontaneous alternation

    Journal: Cerebellum (London, England)

    Article Title: Causal Evidence for a Role of Cerebellar Lobulus Simplex in Prefrontal-Hippocampal Interaction in Spatial Working Memory Decision-Making

    doi: 10.1007/s12311-022-01383-7

    Figure Lengend Snippet: Evaluation of plus-maze exploration behavior, spatial working memory, and classification of individual decisions. a Mice implanted with recording electrodes in the mPFC and dCA1 and an optical fiber above cerebellar LS were placed in a plus maze and allowed to freely explore for 12 min. Movement trajectories were video-captured and digitized for offline analysis. b The sequence of arm entries was analyzed to detect any sequence of four entries without a repeat (i.e., spontaneous alternations). In the example shown, arm entries that are part of a spontaneous alternation are printed in green font. A total of five spontaneous alternations are marked with grey brackets labeled SA1–5. Note that spontaneous alternations can be overlapping (SA2–5). The first occurrence of a spontaneous alternation in the example is a single sequence of four entries (CDAB, SA1). The second occurrence (CBADCBA) contains four overlapping spontaneous alternations (CBAD, BADC, ADCB, DCBA, SA2–5). c The same sequence as in (b) but with individual arm entry decisions classified as correct (green arrows) or incorrect (red arrows) based on the position of the decision in a sequence of four entries. For the analysis of decision-outcome–related neuronal activity only decisions that were preceded by three choices without repetition were classified as correct. As a consequence, the first two or three decisions of a spontaneous alternation (CBAD) were classified as incorrect depending on the choice immediately preceding the spontaneous alternation

    Article Snippet: Electrophysiology Electrophysiological recordings were conducted with extracellular recording electrodes (glass insulated tungsten/platinum; 80-μm diameter; impedance: 3.5–5.0 MΩ, Thomas Recording, GmbH, Germany) attached to a custom-made micro-drive.

    Techniques: Sequencing, Labeling, Activity Assay