ࡱ> ?> ^@\p123er Ba==`< '8X@"1Arial1Arial1Arial1Arial1Arial1Arial#,##0\ "DM";\-#,##0\ "DM"##,##0\ "DM";[Red]\-#,##0\ "DM"$#,##0.00\ "DM";\-#,##0.00\ "DM")$#,##0.00\ "DM";[Red]\-#,##0.00\ "DM">*9_-* #,##0\ "DM"_-;\-* #,##0\ "DM"_-;_-* "-"\ "DM"_-;_-@_->)9_-* #,##0\ _D_M_-;\-* #,##0\ _D_M_-;_-* "-"\ _D_M_-;_-@_-F,A_-* #,##0.00\ "DM"_-;\-* #,##0.00\ "DM"_-;_-* "-"??\ "DM"_-;_-@_-F+A_-* #,##0.00\ _D_M_-;\-* #,##0.00\ _D_M_-;_-* "-"??\ _D_M_-;_-@_-                + )  , *      `Tabelle1f& gb-parameter11`i3 GB_CA_INITIALGB_K_ICAGB_K_CAGB_C0_CAGB_CA_CAGB_TEMP GB_M_POWER GB_M_INITIAL GB_H_POWER GB_H_INITIALGB_NA_GGB_NA_EGB_Form_Alpha_M GB_AalphaM GB_V0alphaM GB_BalphaMGB_Form_Beta_M GB_AbetaM GB_V0betaM GB_BbetaMGB_Form_Alpha_H GB_AalphaH GB_V0alphaH GB_BalphaHGB_Form_Beta_H GB_AbetaH GB_V0betaH GB_BbetaH GB_N_POWER GB_N_INITIALGB_K_GGB_K_EGB_Form_Alpha_N GB_AinfinityNGB_V0infinityN GB_BinfinityNGB_Form_Beta_NGB_AtauN GB_V0tauNGB_BtauN GB_A_POWER GB_A_INITIAL GB_B1_POWER GB_B1_INITIAL GB_B2_POWER GB_B2_INITIAL GB_G_POWER GB_G_INITIALGB_A_GGB_A_EGB_Form_Alpha_AGB_V0a GB_BaGB_Form_Beta_AGB_Ta GB_Form_Alpha_B1GB_V0b1GB_Bb1GB_Form_Beta_B1GB_Tb1GB_Form_Alpha_B2 GB_V0alphab2 GB_Balphab2GB_Form_Beta_B2GB_Ab2GB_V0b2GB_Bb2GB_V0gGB_Bg GB_C_POWER GB_C_INITIAL GB_D_POWER GB_D_INITIALGB_CA1_GGB_Form_Alpha_CGB_V0cGB_BcGB_Form_Beta_CGB_TcGB_Form_Alpha_DGB_V0dGB_BdGB_Form_Beta_DGB_Td GB_E_POWER GB_E_INITIALGB_CA2_GGB_Form_Alpha_EGB_V0eGB_BeGB_Form_Beta_EGB_Te GB_P_POWER GB_P_INITIAL GB_Q_POWER GB_Q_INITIALGB_KCA_GGB_KCA_EGB_Form_Alpha_PGB_V0p1GB_Bp1GB_Form_Beta_PGB_V0p2GB_Bp2GB_TpGB_CcaGB_C1GB_Form_Alpha_QGB_C2GB_C3GB_Form_Beta_QGB_Tq GB_R_POWER GB_R_INITIALGB_IR_GGB_IR_EGB_Form_Alpha_RGB_V0rGB_BrGB_Form_Beta_R GB_Atau_r GB_V0tau_r GB_Btau_r GB_S_POWER GB_S_INITIALGB_P_GGB_P_EGB_Form_Alpha_SGB_V0sGB_BsGB_Form_Beta_SGB_TsGB_SPIKE_THRESHOLDspeed of calcium restitution,constant background concentration of calcium#extracellular calcium concentrationabsolute temperaturepower of gate variable m initial value of gate variable mpower of gate variable h initial value of gate variable hconductance of sodium channel'equilibrium potential of sodium channel.form parameter for gate variable m; alpha term rate constanthalf maximum potential step width-form parameter for gate variable m; beta term.form parameter for gate variable h; alpha term-form parameter for gate variable h; beta termpower of gate variable n initial value of gate variable n conductance of potassium channel*equilibrium potential of potassium channel.form parameter for gate variable n; alpha term-form parameter for gate variable n; beta termpower of gate variable a initial value of gate variable apower of gate variable gamma$initial value of gate variable gammaconductance of a-channel"equilibrium potential of a-channel.form parameter for gate variable a; alpha term-form parameter for gate variable a; beta term/form parameter for gate variable b1; alpha term.form parameter for gate variable b1; beta term/form parameter for gate variable b2; alpha term.form parameter for gate variable b2; beta term"rate constant for gate variable b2.half maximum potential for gate variable gamma"step width for gate variable gammapower of gate variable S initial value of gate variable Spower of gate variable d initial value of gate variable d$conductance of first calcium channel.form parameter for gate variable S; alpha term-form parameter for gate variable S; beta term.form parameter for gate variable d; alpha term-form parameter for gate variable d; beta termpower of gate variable e initial value of gate variable e%conductance of second calcium channel.form parameter for gate variable e; alpha term-form parameter for gate variable e; beta termpower of gate variable p initial value of gate variable ppower of gate variable q initial value of gate variable q2conductance of calcium dependend potassium channel<equilibrium potential of calcium dependend potassium channel.form parameter for gate variable p; alpha term-form parameter for gate variable p; beta term0speed of calcium restitution for gate variable p2calcium concentration constant for gate variable p.form parameter for gate variable q; alpha term2calcium concentration constant for gate variable q-form parameter for gate variable q; beta termpower of gate variable Z initial value of gate variable Zconductance of IR-channel#equilibrium potential of IR-channel.form parameter for gate variable Z; alpha term-form parameter for gate variable Z; beta term0form parameter for gate variable 's'; alpha term/form parameter for gate variable 's'; beta term3spike threshold; used only for spike identificationinitial calcium concentrationDcell volume dependend, formula: (1/(2*Faraday-constant*cell_volume))power of gate variable beta 1power of gate variable beta 2%initial value of gate variable beta 2#time constant (= 1 / rate constant)%initial value of gate variable beta 12parameter des ca- und spannungsabhngigen k-kanals" m]G7! 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