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scatterplot and pie chart  (Membrane Filtration Products)

 
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    Membrane Filtration Products scatterplot and pie chart
    Isolation and classification of neurons based on waveform and firing rate characteristics. (A) Principal components (PC1 and PC2) plot showing three isolated cluster clouds of waveforms of neuronal activity. (B) Average waveforms of the neural activity for each cluster are shown. Four parameters of the waveform are indicated, the minimum voltage (min), the maximum voltage (max), and two measures of width: the peak latency and full width at half maximum (FWHM). Example waveforms from two putative pyramidal neurons (green and blue) are shown. The multi-unit activity in pink was excluded from further analysis. (C) <t>Scatterplot</t> of the 248 neurons from sham animals (n = 4) plotted by the peak latency on the ordinate and the firing rate on the abscissa. The neurons with a peak latency of 0.4 to 0.8 msec and a firing rate of <5 Hz are considered pyramidal neurons. The population of putative pyramidal neurons is indicated by the blue box, whereas inhibitory neurons are enclosed within the red box. Pie chart illustrating the distribution of identified cells types taken from within the two inset boxes is shown. Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.
    Scatterplot And Pie Chart, supplied by Membrane Filtration Products, 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/scatterplot and pie chart/product/Membrane Filtration Products
    Average 90 stars, based on 1 article reviews
    scatterplot and pie chart - by Bioz Stars, 2026-03
    90/100 stars

    Images

    1) Product Images from "Mild Traumatic Brain Injury Decreases Spatial Information Content and Reduces Place Field Stability of Hippocampal CA1 Neurons"

    Article Title: Mild Traumatic Brain Injury Decreases Spatial Information Content and Reduces Place Field Stability of Hippocampal CA1 Neurons

    Journal: Journal of Neurotrauma

    doi: 10.1089/neu.2019.6766

    Isolation and classification of neurons based on waveform and firing rate characteristics. (A) Principal components (PC1 and PC2) plot showing three isolated cluster clouds of waveforms of neuronal activity. (B) Average waveforms of the neural activity for each cluster are shown. Four parameters of the waveform are indicated, the minimum voltage (min), the maximum voltage (max), and two measures of width: the peak latency and full width at half maximum (FWHM). Example waveforms from two putative pyramidal neurons (green and blue) are shown. The multi-unit activity in pink was excluded from further analysis. (C) Scatterplot of the 248 neurons from sham animals (n = 4) plotted by the peak latency on the ordinate and the firing rate on the abscissa. The neurons with a peak latency of 0.4 to 0.8 msec and a firing rate of <5 Hz are considered pyramidal neurons. The population of putative pyramidal neurons is indicated by the blue box, whereas inhibitory neurons are enclosed within the red box. Pie chart illustrating the distribution of identified cells types taken from within the two inset boxes is shown. Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.
    Figure Legend Snippet: Isolation and classification of neurons based on waveform and firing rate characteristics. (A) Principal components (PC1 and PC2) plot showing three isolated cluster clouds of waveforms of neuronal activity. (B) Average waveforms of the neural activity for each cluster are shown. Four parameters of the waveform are indicated, the minimum voltage (min), the maximum voltage (max), and two measures of width: the peak latency and full width at half maximum (FWHM). Example waveforms from two putative pyramidal neurons (green and blue) are shown. The multi-unit activity in pink was excluded from further analysis. (C) Scatterplot of the 248 neurons from sham animals (n = 4) plotted by the peak latency on the ordinate and the firing rate on the abscissa. The neurons with a peak latency of 0.4 to 0.8 msec and a firing rate of <5 Hz are considered pyramidal neurons. The population of putative pyramidal neurons is indicated by the blue box, whereas inhibitory neurons are enclosed within the red box. Pie chart illustrating the distribution of identified cells types taken from within the two inset boxes is shown. Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.

    Techniques Used: Isolation, Activity Assay



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    Isolation and classification of neurons based on waveform and firing rate characteristics. (A) Principal components (PC1 and PC2) plot showing three isolated cluster clouds of waveforms of neuronal activity. (B) Average waveforms of the neural activity for each cluster are shown. Four parameters of the waveform are indicated, the minimum voltage (min), the maximum voltage (max), and two measures of width: the peak latency and full width at half maximum (FWHM). Example waveforms from two putative pyramidal neurons (green and blue) are shown. The multi-unit activity in pink was excluded from further analysis. (C) <t>Scatterplot</t> of the 248 neurons from sham animals (n = 4) plotted by the peak latency on the ordinate and the firing rate on the abscissa. The neurons with a peak latency of 0.4 to 0.8 msec and a firing rate of <5 Hz are considered pyramidal neurons. The population of putative pyramidal neurons is indicated by the blue box, whereas inhibitory neurons are enclosed within the red box. Pie chart illustrating the distribution of identified cells types taken from within the two inset boxes is shown. Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.
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    Image Search Results


    Isolation and classification of neurons based on waveform and firing rate characteristics. (A) Principal components (PC1 and PC2) plot showing three isolated cluster clouds of waveforms of neuronal activity. (B) Average waveforms of the neural activity for each cluster are shown. Four parameters of the waveform are indicated, the minimum voltage (min), the maximum voltage (max), and two measures of width: the peak latency and full width at half maximum (FWHM). Example waveforms from two putative pyramidal neurons (green and blue) are shown. The multi-unit activity in pink was excluded from further analysis. (C) Scatterplot of the 248 neurons from sham animals (n = 4) plotted by the peak latency on the ordinate and the firing rate on the abscissa. The neurons with a peak latency of 0.4 to 0.8 msec and a firing rate of <5 Hz are considered pyramidal neurons. The population of putative pyramidal neurons is indicated by the blue box, whereas inhibitory neurons are enclosed within the red box. Pie chart illustrating the distribution of identified cells types taken from within the two inset boxes is shown. Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.

    Journal: Journal of Neurotrauma

    Article Title: Mild Traumatic Brain Injury Decreases Spatial Information Content and Reduces Place Field Stability of Hippocampal CA1 Neurons

    doi: 10.1089/neu.2019.6766

    Figure Lengend Snippet: Isolation and classification of neurons based on waveform and firing rate characteristics. (A) Principal components (PC1 and PC2) plot showing three isolated cluster clouds of waveforms of neuronal activity. (B) Average waveforms of the neural activity for each cluster are shown. Four parameters of the waveform are indicated, the minimum voltage (min), the maximum voltage (max), and two measures of width: the peak latency and full width at half maximum (FWHM). Example waveforms from two putative pyramidal neurons (green and blue) are shown. The multi-unit activity in pink was excluded from further analysis. (C) Scatterplot of the 248 neurons from sham animals (n = 4) plotted by the peak latency on the ordinate and the firing rate on the abscissa. The neurons with a peak latency of 0.4 to 0.8 msec and a firing rate of <5 Hz are considered pyramidal neurons. The population of putative pyramidal neurons is indicated by the blue box, whereas inhibitory neurons are enclosed within the red box. Pie chart illustrating the distribution of identified cells types taken from within the two inset boxes is shown. Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.

    Article Snippet: Place cells were identified as indicated by having low firing rates, wide action potentials, and spatial information in bits/spike of ≥0.99. (D) Scatterplot and pie chart of the 240 neurons identified in mild lateral fluid percussion injured (mFPI) animals.

    Techniques: Isolation, Activity Assay