# Model Mathematics

### Component: K_1

$K_1=Cain_MCa_halfMLCKn_M+Cain_M⁢1$

### Component: Nernst_potential

$E=R⁢Tz⁢F⁢ln⁡X_oX_i$

### Component: Nernst_potential

$E=R⁢Tz⁢F⁢ln⁡X_oX_i$

### Component: Nernst_potential

$E=R⁢Tz⁢F⁢ln⁡X_oX_i$

### Component: CB4HM

$norm=M+Mp+AM+AMpddtimeM=-K_1⁢Mnorm+K_2⁢Mpnorm+K_7⁢AMnormddtimeMp=K_4⁢AMpnorm+K_1⁢Mnorm-K_2+K_3⁢MpnormddtimeAM=K_5⁢AMpnorm-K_6+K_7⁢AMnormddtimeAMp=K_3⁢Mpnorm+K_6⁢AMnorm-K_4+K_5⁢AMpnormstress=AMp+AMphosphorylation=AMp+Mp$

### Component: J_VOCC

$rho_vCa=11+ⅇV_Cahalf-VK_CahalfJ_VOCC=-I_VOCC2⁢V_cell⁢F$

### Component: J_CaPump

$J_CaPump=-V_pmax⁢CainK_phn+Cain$

### Component: J_NaCa

$V_mNaCa=3⁢E_Na-2⁢E_CaJ_NaCa=G_NaCa⁢CaiCai+K_NaCa⁢V-V_mNaCa$

### Component: Cai

$ddtimeCai=J_VOCC+inhPump⁢J_CaPump+J_NaCa$

### Component: Ionic_currents

$I=g_max⁢PO⁢V-E$

### Component: sPulse_protocol_ms

$V=V_actHoldingiftime

### Component: sPulse_protocol_s

$V=V_actHoldingiftime

### Component: mPulse_protocol_ms

$stimPeriod=t_act+t_intpt=time-t_ss-stimPeriod⁢⌊time-t_ssstimPeriod⌋V=V_actHoldingiftime

### Component: mPulse_protocol_s

$stimPeriod=t_act+t_intpt=time-t_ss-stimPeriod⁢⌊time-t_ssstimPeriod⌋V=V_actHoldingiftime≦t_ssV_actTestiftime>t_ss∧t≦t_act∧time≦t_ss+stimPeriod⁢npV_actHoldingotherwise$

### Component: initials

Source
Derived from workspace Model of Excitation-Contraction in a uterine SMC at changeset 5766fc294ca1.
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