*Metadata Recording: Recording quality: [ Good, ~, good, poor, Poor, Fair, Good ] Comment : ~ maybe a deep E-cell: Experimenter : [ Jan Grewe, Dennis Huben, Janez Presern, Fabian Sinz, Juan Sehuanes, Carolin Sachgau, Jie Zhang, Jan Grewe, Jan Benda ] WaterTemperature : 27.2°C WaterConductivity: 350uS/cm Cell: CellType (Cell type) : [ P-unit, unknow, E-Cell, unkown, E-cell, E-cell superficial, I-Cell, P-unit, Ampullary, T-unit ] Structure (Recording location): [ Brain, Nerve, Brain ] BrainRegion : [ ELL, Torus, n.A., ELL ] BrainSubRegion : [ CMS, LS, CLS, CMS, MS ] Depth : -1504um Lateral position : 0.85mm Transverse section : -10 Subject: Species : [ Apteronotus leptorhynchus, Apteronotus albifrons, Apteronotus leptorhynchus ] Gender (Sex): [ unknown, unknown, Male, Female ] Size : 16cm Weight : 17.4g Identifier : "2016lepto79" -Preparation-: Type : [ in vivo, in vivo, slice ] Anaesthesia : true Anaesthetic (Drug) : MS 222 AnaestheticDose (Concentration): 125mg/l LocalAnaesthesia : true LocalAnaesthetic (Drug) : Lidocaine Immobilization : true ImmobilizationDrug (Drug) : Tubocurarin 5mg/L ImmobilizationDose : 60ul *Control: Session ephys: true *Control: AmplifierControl initmode : [ Bridge, Current-clamp, Dynamic-clamp, Voltage-clamp, Manual selection ] resistancecurrent: 1nA adjust : false maxresistance : 100MOhm buzzpulse : 1000ms showbridge : true showcc : false showdc : false showvc : false showmanual : false syncpulse : 10us syncmode : 0samples *Control: SpectrumAnalyzer intrace : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ] origin : [ before end of data, before signal, after signal ] offset : 0ms duration : 1000ms resolution: 10Hz overlap : true window : [ Hanning, Bartlett, Blackman, Blackman-Harris, Hamming, Hanning, Parzen, Square, Welch ] fmax : 500Hz decibel : true pmin : -50dB *Model: PUnitModel General: EOD: eodtype : [ Sine, None, Sine, Apteronotus, Eigenmannia ] eodfreq : 800Hz eodfreqsd : 10Hz eodfreqtau : 10000s eodlocalamplitude : 1mV/cm eodglobalamplitude: 1mV/cm localstimulusgain : 1.00 globalstimulusgain: 0.00 stimulusgain : 1.00 Spikes: voltagescale: 0.5 Spike generator: spikemodel: [ Wang-Buzsaki, Stimulus, Passive membrane, Morris-Lecar, Hodgkin-Huxley, Connor, Wang-Buzsaki ] noised : 0 deltat : 0.05ms integrator: [ Euler, Midpoint, Runge-Kutta 4 ] Voltage-gated current 1 - activation only: gmc : 0 emc : -90mV mvmc : -40mV mwmc : 10mV taumc: 10ms Voltage-gated current 2 - activation and inactivation: gmhc : 0 emhc : -90mV mvmhc : -40mV mwmhc : 10mV taummhc: 10ms pmmhc : 1 hvmhc : -40mV hwmhc : 10mV tauhmhc: 10ms pmhhc : 1 *Model: Stimulus Input: gain : 1 offset: 0muA/cm^2 *Model: Passive membrane Parameter: R: 50MOhm C: 25pF Input: gain : 1 offset: 0muA/cm^2 *Model: Morris-Lecar General: params: [ Custom, Type I, Type II ] Calcium current: gca : 4nS eca : 120mV mvca: -1.2mV mkca: 18mV Potassium current: gk : 8nS ek : -84mV mvk : 12mV mkk : 17.4mV mphik: 0.067kHz Leak current: gl: 2nS el: -60mV c : 20pF Input: timescale: 10 gain : 1 offset : 40muA/cm^2 *Model: Hodgkin-Huxley Sodium current: gna: 120mS/cm^2 ena: 50mV Potassium current: gk: 36mS/cm^2 ek: -77mV Leak current: gl : 0.3mS/cm^2 el : -54.4mV c : 1muF/cm^2 phi: 1 Input: gain : 1 offset: 0muA/cm^2 *Model: Connor Sodium current: gna: 120mS/cm^2 ena: 50mV Potassium current: gk: 20mS/cm^2 ek: -77mV A current: gka: 47mS/cm^2 eka: -80mV Leak current: gl : 0.3mS/cm^2 el : -22mV c : 1muF/cm^2 phi: 1 Input: gain : 1 offset: 0muA/cm^2 *Model: Wang-Buzsaki Sodium current: gna: 35mS/cm^2 ena: 55mV Potassium current: gk: 9mS/cm^2 ek: -90mV Leak current: gl : 0.1mS/cm^2 el : -65mV c : 1muF/cm^2 phi: 5 Input: gain : 1 offset: 0muA/cm^2 *Event Detector: Spikes-1 Detector: minthresh: 4.0mV decay : 1sec ratio : 2% testwidth: false maxwidth : 2.0ms Indicators: resolution : 0.10mV trendthresh: 10% trendtime : 2.0sec *Event Detector: EOD threshold : 0.74mV interpolation: [ linear interpolation, closest datapoint, linear interpolation, linear fit, quadratic fit ] *Event Detector: Chirps minthresh: 10Hz *Event Detector: LocalEOD-1 threshold : 0.7mV interpolation: [ linear interpolation, closest datapoint, linear interpolation, linear fit, quadratic fit ] *Event Detector: LocalBeat-1 minthresh: 0.080mV *Event Detector: GlobalEFieldStimulus threshold : 9.1217mV interpolation: [ linear interpolation, closest datapoint, linear interpolation, linear fit, quadratic fit ] *RePro: Pause duration : 1sec savedata : false plotwidth: 0sec *RePro: Record duration : 1sec plotwidth: 0sec dioout : false diodevice: dio-1 dioline : 0 *RePro: SaveTraces General: duration : 1sec savedata : false split : false dioout : false diodevice: dio-1 dioline : 0 Analog input traces: trace-V-1 : true trace-EOD : true trace-LocalEOD-1 : true trace-GlobalEFieldStimulus: true Events: events-Spikes-1 : true events-EOD : true events-Chirps : true events-LocalEOD-1 : true events-LocalBeat-1-1 : true events-LocalBeat-1-2 : true events-GlobalEFieldStimulus: true *RePro: SetAttenuatorGain outrace : V-1 gain : 1 interactive: true *RePro: SetInputGain intrace : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ] gainindex : 0 interactive: true *RePro: SetOutput outtrace : [ GlobalEField, GlobalEFieldAM, V, I ] value : 0V intensity : 1 interactive: false *RePro: Spectrogram intrace : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ] width : 100ms step : 0ms tmax : 10s duration: 0s size : [ "1024", "64", "128", "256", "512", "1024", "2048", "4096", "8192", "16384", "32768", "65536", "131072", "262144", "524288", "1048576" ] overlap : true window : [ Hanning, Bartlett, Blackman, Blackman-Harris, Hamming, Hanning, Parzen, Square, Welch ] powermax: true fmax : 2000Hz pmax : 0dB pmin : -50dB *RePro: TransferFunction Stimulus: outtrace : [ GlobalEField, GlobalEFieldAM, V, I ] offsetbase: [ custom, current ] offset : 0V amplitude : 1V clip : 4 intensity : 1 fmin : 0Hz fmax : 1000Hz duration : 1s pause : 1s repeats : 100 Analysis: intrace : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ] size : [ "1024", "64", "128", "256", "512", "1024", "2048", "4096", "8192", "16384", "32768", "65536", "131072", "262144", "524288", "1048576" ] overlap : true window : [ Hanning, Bartlett, Blackman, Blackman-Harris, Hamming, Hanning, Parzen, Square, Welch ] plotstdevs : true plotcoherence: true plotdecibel : false *RePro: Wait absdate: false date : ~ days : 0days time : "00:00:00.000" *RePro: BridgeTest amplitude : 1V duration : 10ms pause : 100ms average : 10 skipspikes : true dynamicrange: false rate : 0.01 plottrace : true *RePro: CalibrateSyncPulse imin : -1 imax : 1 istep : 0.001 skipwin : 1000ms duration: 1000ms *RePro: CapacityCompensation amplitude : 1V duration : 200ms frequency : 100Hz showcycles : 10 pause : 100ms average : 10 skipspikes : true dynamicrange: false rate : 0.01 *RePro: Iontophoresis durationpos : 1s amplitudepos : 1V pausepos : 1s durationneg : 1s amplitudeneg : 1V pauseneg : 1s fortunes : true fortuneperiod: 10s *RePro: SetLeak interactive : true preset : [ previous, zero, custom ] g : 0nS E : 0mV reversaltorest: true involtage : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ] duration : 100ms *RePro: SetVGate interactive : true preset : [ previous, zero, custom ] g : 0nS E : 0mV vmid : 0mV width : 0mV tau : 10ms reversaltorest: true involtage : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ] duration : 100ms *RePro: Beats Stimulation: duration : 10seconds pause : 20seconds ramp : 0.5seconds deltafrange : "10" deltafshuffle: [ Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ] fixeddf : false amplitude : 1mV/cm amtype : [ none, sine, rectangular ] amfreq : "1" amamplitude : "100" repeats : 10 fakefish : 0Hz Chirps: generatechirps : false chirpsize : 100Hz chirpwidth : 100ms chirpampl : 0% chirpkurtosis : 1 chirpfrequencies: ~ chirptimesfile : ~ chirptimeshuffle: [ Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ] Analysis: before : 1seconds after : 1seconds averagetime : 1seconds usepsd : true mineodfreq : 100Hz maxeodfreq : 2000Hz eodfreqprec : 1Hz neod : 2 showstimulus: false split : false savetraces : false *RePro: CalibEField General: reset : false resetval : 0.1 am : false beatfreq : 20Hz frequency: 600Hz duration : 600ms pause : 10ms Range: amplsel : [ contrast, amplitude ] targetcontrast : 20% mincontrast : 10% maxcontrast : 40% targetamplitude: 1mV/cm minamplitude : 0.5mV/cm maxamplitude : 2mV/cm numintensities : 10 *RePro: JAR Stimulation: duration : 10seconds pause : 10seconds ramp : 0.5seconds deltafstep : 2Hz deltafmax : 12Hz deltafmin : -12Hz deltafrange : ~ deltafshuffle: [ Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ] repeats : 200 Amplitudes: amplsel : [ contrast, absolute ] contrastmax : 20% contrastmin : 10% contraststep: 20% amplmin : 1mV/cm amplmax : 2mV/cm amplstep : 1mV/cm S&timulus: genstim : true sinewave: true file : ~ sigstdev: 1 warpfile: false fakefish: 0Hz A&nalysis: before : 1seconds after : 8seconds savetraces : true jaraverage : 500ms chirpaverage: 20ms eodsavetime : 1000ms *RePro: LinearField duration: 1s *RePro: ManualJAR deltaf : 0.0Hz lineardeltaf : false deltaf2 : 0.0Hz amplitude : 1.0mV duration : 10seconds ramp : 0.5seconds fakefish : 0Hz showlineardeltaf: false before : 1seconds after : 1seconds averagetime : 1seconds split : false savetraces : false *RePro: BaselineActivity Timing: duration: 300ms repeats : 50 Analysis: isimax : 20ms isistep : 0.2ms ratedt : 0.05ms ratetmax: 2ms Files: eodduration : 2000ms saveeodtrace: false saveeodtimes: false Control: auto : [ never, never, once, always ] adjust: false *RePro: Chirps Chirp parameter: nchirps : 10 beatpos : 10 beatstart : 0.25 minspace : 200ms firstspace : 200ms chirpsize : 60Hz chirpwidth : 14ms chirpampl : 2% chirpsel : [ generated, from file ] chirpkurtosis: 1 file : [ /home/efish/Desktop/doublePeakChirp.dat, ~, /home/efish/Desktop/doublePeakChirp.dat ] Beat parameter: deltaf : 200Hz contrast: 20% am : true sinewave: true playback: false pause : 1000ms repeats : 6 Analysis: sigma : 2ms adjust: false *RePro: FICurve Test-Intensities: duration : 400ms maxintfac : 120% minintfac : 80% nints : 10 repeats : 1 blockrepeats : 10 singlerepeats: 1 intshuffle : [ AlternateOutUp, Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ] intincrement : -2 Pre-Intensities: preduration : 0ms maxpreintfac : 140% minpreintfac : 60% npreints : 3 preintshuffle: [ AlternateInDown, Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ] Control: am : false pause : 1000ms delay : 200ms onsettime : 50ms rangeintincrement: 4 minrate : 40Hz minratefrac : 15% adjust : false *RePro: FileStimulus Stimulus: file : [ /home/efish/stimuli/whitenoise/gwn300Hz50s0.3.dat, /home/efish/stimuli/whitenoise/gwn300Hz50s0.3.dat, ~, /home/efish/stimuli/whitenoise/gwn50Hz50s0.3.dat ] sigstdev : 0.3 duration : 5000ms pause : 1000ms amplsel : [ contrast, contrast, absolute ] contrast : 5% amplitude: 1mV/cm am : false repeats : 11 Additional noise: noisetype : [ none, none, Gaussian-White, Ornstein-Uhlenbeck ] uppercutoff : 600Hz lowercutoff : 0Hz noisetau : 10ms noisecontrast: 2.5% noiseampl : 80mV/cm Analysis: binwidth: 5ms before : 0ms after : 0ms plotpsd : false psdsize : [ "256", "64", "128", "256", "512", "1024", "2048", "4096", "8192", "16384", "32768", "65536", "131072", "262144", "524288", "1048576" ] adjust : false *RePro: SAM Stimulus: duration : 10000ms pause : 100ms freqsel : [ relative to EOD, relative to EOD, absolute ] deltaf : 2Hz contrast : 20% repeats : 10 am : true sinewave : true ampl : "0.0" phase : "0.0" contrastsel: [ fundamental, fundamental, peak amplitude ] Analysis: skip : 0.5Periods ratebins: 10 before : 0ms after : 0ms adjust : false *Attenuator-0 plugin : LinearAttenuate ident : Attenuator-0 device : attdev-1 line : 0 aodevice : ao-1 aochannel : 0 intensityname : amplitude intensityunit : mV/cm intensityformat: %6.3f frequencyname : ~ frequencyunit : Hz frequencyformat: %7.0f gain : 2.5813 offset : 0 *Attenuator-1 plugin : LinearAttenuate ident : Attenuator-1 device : attdev-1 line : 1 aodevice : ao-1 aochannel : 1 intensityname : amplitude intensityunit : mV/cm intensityformat: %6.3f frequencyname : ~ frequencyunit : Hz frequencyformat: %7.0f gain : 0.072889 offset : 0