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spike2 (version 6  (Cambridge Electronic Design)

 
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    Cambridge Electronic Design spike2 (version 6
    Spike2 (Version 6, supplied by Cambridge Electronic Design, 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/spike2+version+6/spike2+software/pm39556758-295-8-14
    Average 90 stars, based on 1 article reviews
    spike2 (version 6 - by Bioz Stars, 2026-09
    90/100 stars

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    Software:

    Article Title: Long-Range Respiratory and Theta Oscillation Networks Depend on Spatial Sensory Context
    Article Snippet: .. Spike2 Version 6 (Cambridge Electronic Design) was used to record behavioral videos and synchronize with MC_Rack software by sending a 5 V transistor–transistor logic pulse triggered at the start of recording. ..

    other:

    Article Title: Dose-dependent effects of isoflurane on TrkB and GSK3β signaling: Importance of burst suppression pattern.
    Article Snippet: The EEG data were recorded and processed using Spike2 (version 6, Cambridge Electronic Devices).

    Article Title: Paced breathing and phrenic nerve responses evoked by epidural stimulation following complete high cervical spinal cord injury in rats.
    Article Snippet: Recorded data were analyzed with Spike2 (version 6, Cambridge Electronic Design), MATLAB (version R2017b, The MathWorks), and custom-written scripts.

    Article Title: Pharmacological disinhibition enhances paced breathing following complete spinal cord injury in rats
    Article Snippet: Data analysis Spike2 (version 6, Cambridge Electronic Design), MATLAB (version R2020a, The MathWorks) and custom-written scripts were used for data analysis.

    Article Title: The firing characteristics of foot sole cutaneous mechanoreceptor afferents in response to vibration stimuli
    Article Snippet: Recorded afferent signals were analyzed using Spike2 (version 6; Cambridge Electronics Design).

    Article Title: Motor unit activity, force steadiness, and perceived fatigability are correlated with mobility in older adults
    Article Snippet: Force steadiness was assessed during submaximal isometric contractions with the dorsiflexors and plantar flexors of the dominant leg (Spike2 version 6; Cambridge Electronic Design, Cambridge, UK).

    Article Title: Pharmacological disinhibition enhances paced breathing following complete spinal cord injury in rats
    Article Snippet: Spike2 (version 6, Cambridge Electronic Design), MATLAB (version R2020a, The MathWorks) and custom-written scripts were used for data analysis.



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    Cambridge Electronic Design spike2 software (version 6
    Examples of recordings from a swA and swB sensillum type during slowly oscillating changes in the concentration of lemon oil odor. Oscillation periods are 6, 60, and 120 s. (A) Time course of odor concentration. (B) Recordings from the swA sensillum showed activities of two ORNs. (C) Only one ORN in the swA sensillum, producing larger amplitude spikes ( pink ), responded to oscillations in odor concentration. The rate of discharge of the ORN with the smaller impulse amplitudes remained unchanged (not shown in detail). (D) Recordings from the swB sensillum likewise revealed activities of two ORNs. Unlike the swA sensillum, both ORNs were activated by oscillations in odor concentration. (E) The ORN responding with the more negative amplitudes ( blue ) was referred to as swB1 ORN and that with the more positive amplitudes ( orange ) as swB2 ORN. (C,E) Off-line sorted action potentials obtained by spike detecting and template matching techniques using <t>Spike2</t> software. Note that the increasing density of the action potentials with increasing duration of the oscillation period is due to the decreased time scales in the diagrams.
    Spike2 Software (Version 6, supplied by Cambridge Electronic Design, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    		  Buy from Supplier

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    Examples of recordings from a swA and swB sensillum type during slowly oscillating changes in the concentration of lemon oil odor. Oscillation periods are 6, 60, and 120 s. (A) Time course of odor concentration. (B) Recordings from the swA sensillum showed activities of two ORNs. (C) Only one ORN in the swA sensillum, producing larger amplitude spikes ( pink ), responded to oscillations in odor concentration. The rate of discharge of the ORN with the smaller impulse amplitudes remained unchanged (not shown in detail). (D) Recordings from the swB sensillum likewise revealed activities of two ORNs. Unlike the swA sensillum, both ORNs were activated by oscillations in odor concentration. (E) The ORN responding with the more negative amplitudes ( blue ) was referred to as swB1 ORN and that with the more positive amplitudes ( orange ) as swB2 ORN. (C,E) Off-line sorted action potentials obtained by spike detecting and template matching techniques using Spike2 software. Note that the increasing density of the action potentials with increasing duration of the oscillation period is due to the decreased time scales in the diagrams.

    Journal: Frontiers in Physiology

    Article Title: The Performance of Olfactory Receptor Neurons: The Rate of Concentration Change Indicates Functional Specializations in the Cockroach Peripheral Olfactory System

    doi: 10.3389/fphys.2020.599086

    Figure Lengend Snippet: Examples of recordings from a swA and swB sensillum type during slowly oscillating changes in the concentration of lemon oil odor. Oscillation periods are 6, 60, and 120 s. (A) Time course of odor concentration. (B) Recordings from the swA sensillum showed activities of two ORNs. (C) Only one ORN in the swA sensillum, producing larger amplitude spikes ( pink ), responded to oscillations in odor concentration. The rate of discharge of the ORN with the smaller impulse amplitudes remained unchanged (not shown in detail). (D) Recordings from the swB sensillum likewise revealed activities of two ORNs. Unlike the swA sensillum, both ORNs were activated by oscillations in odor concentration. (E) The ORN responding with the more negative amplitudes ( blue ) was referred to as swB1 ORN and that with the more positive amplitudes ( orange ) as swB2 ORN. (C,E) Off-line sorted action potentials obtained by spike detecting and template matching techniques using Spike2 software. Note that the increasing density of the action potentials with increasing duration of the oscillation period is due to the decreased time scales in the diagrams.

    Article Snippet: The digitized action potentials were displayed with the voltage outputs of the electronic flow meters and the miniPID on-line on a monitor, stored on a hard disk, and analyzed off-line using Spike2 software (Version 6, Cambridge Electronic Design).

    Techniques: Concentration Assay, Software

    (A–D) Simultaneously recorded responses of two ORN located in the swA sensillum to ramp-like concentration changes of odor of lemon oil. Ramp rates are 50, 25, and 5%/s. (A) Time course of odor concentration measured by flow meter. (B) Recordings from the swA sensillum showed activities of two ORNs. While the discharge of the ORN with the smaller impulse amplitude remained unchanged (not shown in detail), the ORN with the larger amplitudes ( pink ) is activated by the slow concentration changes. (C) Off-line sorted action potentials of the ORNs obtained by spike detecting and template matching techniques using Spike2 software. (D) Time course of odor concentration and impulse frequency (bin width, 0.1 s in 50%/s, 0.2 s in 25%/s, 0.5 s in 5%/s).

    Journal: Frontiers in Physiology

    Article Title: The Performance of Olfactory Receptor Neurons: The Rate of Concentration Change Indicates Functional Specializations in the Cockroach Peripheral Olfactory System

    doi: 10.3389/fphys.2020.599086

    Figure Lengend Snippet: (A–D) Simultaneously recorded responses of two ORN located in the swA sensillum to ramp-like concentration changes of odor of lemon oil. Ramp rates are 50, 25, and 5%/s. (A) Time course of odor concentration measured by flow meter. (B) Recordings from the swA sensillum showed activities of two ORNs. While the discharge of the ORN with the smaller impulse amplitude remained unchanged (not shown in detail), the ORN with the larger amplitudes ( pink ) is activated by the slow concentration changes. (C) Off-line sorted action potentials of the ORNs obtained by spike detecting and template matching techniques using Spike2 software. (D) Time course of odor concentration and impulse frequency (bin width, 0.1 s in 50%/s, 0.2 s in 25%/s, 0.5 s in 5%/s).

    Article Snippet: The digitized action potentials were displayed with the voltage outputs of the electronic flow meters and the miniPID on-line on a monitor, stored on a hard disk, and analyzed off-line using Spike2 software (Version 6, Cambridge Electronic Design).

    Techniques: Concentration Assay, Software

    (A–D) Simultaneously recorded responses of two ORNs located in the swB sensillum to ramp-like concentration changes at rates indicated. Ramp rates are 50%/s, 25%/s, and 5%/s. (A) Time course of odor concentration. (B) Extracellular recorded activity; the action potentials from the two ORNs are different in amplitude and shape. Both ORNs are activated by slow changes in concentration. The ORN with the more negative amplitude response ( blue ) was termed swB1 ORN and that with the more positive amplitude response ( orange ) swB2 ORN. (C) Off-line sorted action potentials of the ORNs obtained by spike detecting and template matching techniques using Spike2 software. (D) Time course of odor concentration and impulse frequencies of both ORNs (bin width, 0.1 s in 50%/s, 0.2 s in 25%/s, 0.5 s in 5%/s).

    Journal: Frontiers in Physiology

    Article Title: The Performance of Olfactory Receptor Neurons: The Rate of Concentration Change Indicates Functional Specializations in the Cockroach Peripheral Olfactory System

    doi: 10.3389/fphys.2020.599086

    Figure Lengend Snippet: (A–D) Simultaneously recorded responses of two ORNs located in the swB sensillum to ramp-like concentration changes at rates indicated. Ramp rates are 50%/s, 25%/s, and 5%/s. (A) Time course of odor concentration. (B) Extracellular recorded activity; the action potentials from the two ORNs are different in amplitude and shape. Both ORNs are activated by slow changes in concentration. The ORN with the more negative amplitude response ( blue ) was termed swB1 ORN and that with the more positive amplitude response ( orange ) swB2 ORN. (C) Off-line sorted action potentials of the ORNs obtained by spike detecting and template matching techniques using Spike2 software. (D) Time course of odor concentration and impulse frequencies of both ORNs (bin width, 0.1 s in 50%/s, 0.2 s in 25%/s, 0.5 s in 5%/s).

    Article Snippet: The digitized action potentials were displayed with the voltage outputs of the electronic flow meters and the miniPID on-line on a monitor, stored on a hard disk, and analyzed off-line using Spike2 software (Version 6, Cambridge Electronic Design).

    Techniques: Concentration Assay, Activity Assay, Software