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クラス
org.simBio.core.Reactor の使用

Reactor を使用しているパッケージ
org.simBio.bio for the biologists. 
org.simBio.bio.cor   
org.simBio.bio.faber_rudy_2000.current   
org.simBio.bio.faber_rudy_2000.function   
org.simBio.bio.faber_rudy_2000.molecule   
org.simBio.bio.faber_rudy_2000.structure   
org.simBio.bio.function   
org.simBio.bio.henriquez_et_al_2001   
org.simBio.bio.himeno_et_al_2008   
org.simBio.bio.hodgkin_huxley_1952 Modifyed Hodgkin Huxley Squid Axon Model 1952 Explanation from CellML is as;
This is Hodgkin and Huxley's inspirational work on a mathematical description of currents through the membrane of a nerve fibre (axon) in a giant squid, and their application to the modelling of excitation in the nerve. 
org.simBio.bio.kurata_et_al_2005.complex   
org.simBio.bio.kurata_et_al_2005.current   
org.simBio.bio.kurata_et_al_2005.flux   
org.simBio.bio.kurata_et_al_2005.molecule   
org.simBio.bio.kuratomi_et_al_2003.current.carrier   
org.simBio.bio.kuzumoto_et_al_2007.contraction   
org.simBio.bio.kuzumoto_et_al_2007.current   
org.simBio.bio.kuzumoto_et_al_2007.current.carrier   
org.simBio.bio.kuzumoto_et_al_2007.current.cf   
org.simBio.bio.kuzumoto_et_al_2007.function   
org.simBio.bio.kuzumoto_et_al_2007.molecule   
org.simBio.bio.matsuoka_et_al_2003.complex   
org.simBio.bio.matsuoka_et_al_2003.current   
org.simBio.bio.matsuoka_et_al_2003.current.cf   
org.simBio.bio.matsuoka_et_al_2003.current.channel   
org.simBio.bio.matsuoka_et_al_2003.current.pipette   
org.simBio.bio.matsuoka_et_al_2003.current.potassium   
org.simBio.bio.matsuoka_et_al_2003.function The common functions among models 
org.simBio.bio.matsuoka_et_al_2003.molecule.buffer   
org.simBio.bio.matsuoka_et_al_2003.molecule.buffer.Ca   
org.simBio.bio.matsuoka_et_al_2003.molecule.enzyme   
org.simBio.bio.matsuoka_et_al_2004.exp   
org.simBio.bio.matsuoka_et_al_2004.function   
org.simBio.bio.matsuoka_et_al_2004.function.chemical   
org.simBio.bio.matsuoka_et_al_2004.molecule   
org.simBio.bio.matsuoka_et_al_2004.molecule.buffer   
org.simBio.bio.matsuoka_et_al_2004.molecule.enzyme   
org.simBio.bio.matsuoka_et_al_2004.molecule.RespiratoryChain   
org.simBio.bio.matsuoka_et_al_2004.molecule.Transporter   
org.simBio.bio.negroni_lascano_1996 The contraction model proposed by Negroni and Lascano, 1996. 
org.simBio.bio.negroni_lascano_1996.exp   
org.simBio.bio.oka_et_al_2006.function   
org.simBio.bio.oka_et_al_2006.function.kinetics   
org.simBio.bio.oka_et_al_2006.structure   
org.simBio.bio.sarai_et_al_2006.function   
org.simBio.bio.sarai_noma_2004 Single Na channel model, Sarai and Noma, 2004. 
org.simBio.bio.sarai_noma_2004.fourState   
org.simBio.bio.takeuchi_et_al_2006.current   
org.simBio.bio.takeuchi_et_al_2006.function   
org.simBio.bio.tenTusscher_et_al_2004.current   
org.simBio.bio.tenTusscher_et_al_2004.flux   
org.simBio.bio.tenTusscher_et_al_2004.function   
org.simBio.bio.terashima_et_al_2006.complex   
org.simBio.bio.terashima_et_al_2006.current.carrier   
org.simBio.bio.terashima_et_al_2006.current.cf   
org.simBio.bio.terashima_et_al_2006.current.potassium   
org.simBio.bio.terashima_et_al_2006.experiment Classes for experimental manipulation. 
org.simBio.bio.terashima_et_al_2006.function The common functions among models 
org.simBio.core The basal Classes of the simBio
simBioの基盤クラス群。 
 

org.simBio.bio での Reactor の使用
 

org.simBio.bio での Reactor のサブクラス
 class Compartment
          Nodes folder, contain no equation.
 class parabola
          for test.
 

org.simBio.bio.cor での Reactor の使用
 

org.simBio.bio.cor での Reactor のサブクラス
 class Hodgkin_huxley_squid_axon_1952_modified
          Conversion from CellML 1.0 to Java was done using COR (0.9.31.28)
Copyright (c) 2002-2005 Oxford Cardiac Electrophysiology Group
 class Vanderpol_model_1928
          Conversion from CellML 1.0 to Java was done using COR (0.9.31.28)
Copyright (c) 2002-2005 Oxford Cardiac Electrophysiology Group
 

org.simBio.bio.faber_rudy_2000.current での Reactor の使用
 

org.simBio.bio.faber_rudy_2000.current での Reactor のサブクラス
 class Current
          sodium background current.
 class ICaL
          L-type Calcium channnel.
 class ICaT
          T-Type Calcium Channel.
 class IK1
          time indipendent potassium channel Faber GM, Rudy Y.
 class IKpl
          plateau potassium channel Faber GM, Rudy Y.
 class IKr
          Rapidly Activating Potassium channel Faber GM, Rudy Y.
 class IKs
          slow time dependent potassium channel Faber GM, Rudy Y.
 class INa
          fast sodium channel Faber GM, Rudy Y.
 class INaCa
          Sodium Calcium exchanger Faber GM, Rudy Y.
 class INaK
          sodium potassium pump current Faber GM, Rudy Y.
 class IpCa
          Sarcolemmal Ca Pump Current Faber GM, Rudy Y.
 class NSRLeak
          leak current from NSR Faber GM, Rudy Y.
 class RyR
          Calcium release channel on SR Faber GM, Rudy Y.
 class SRCA
          SR calcium pump.
 

org.simBio.bio.faber_rudy_2000.function での Reactor の使用
 

org.simBio.bio.faber_rudy_2000.function での Reactor のサブクラス
 class Diffusion
          diffusion.
 class Stimulus
          Constructor for Stimulus.
 

org.simBio.bio.faber_rudy_2000.molecule での Reactor の使用
 

org.simBio.bio.faber_rudy_2000.molecule での Reactor のサブクラス
 class CaBuffer
          analytic equation of Calcium buffering.
 class DualCaBuffer
           Faber GM, Rudy Y.
 

org.simBio.bio.faber_rudy_2000.structure での Reactor の使用
 

org.simBio.bio.faber_rudy_2000.structure での Reactor のサブクラス
 class Cell
          Cell.
 class JSR
           Faber GM, Rudy Y.
 class NSR
           Faber GM, Rudy Y.
 

org.simBio.bio.function での Reactor の使用
 

org.simBio.bio.function での Reactor のサブクラス
 class Analytic2state
          2 state gateの解析解を求めて現在の解に設定する。
 class Function
          Abstract super class of function format.
 

org.simBio.bio.henriquez_et_al_2001 での Reactor の使用
 

org.simBio.bio.henriquez_et_al_2001 での Reactor のサブクラス
 class GapJunction
          Voltage-dependent gap junction model developed by Vogel and Weingart.
 

org.simBio.bio.himeno_et_al_2008 での Reactor の使用
 

org.simBio.bio.himeno_et_al_2008 での Reactor のサブクラス
 class IKACh
          ACh channel. normalized with membrane capacitance.
 

org.simBio.bio.hodgkin_huxley_1952 での Reactor の使用
 

org.simBio.bio.hodgkin_huxley_1952 での Reactor のサブクラス
 class I_K
          Potassium Channel.
 class I_L
          leak component.
 class I_Na
          Sodium channel.
 class I_stim
          Stimulus current.
 class Membrane
          Membrane.
 

org.simBio.bio.kurata_et_al_2005.complex での Reactor の使用
 

org.simBio.bio.kurata_et_al_2005.complex での Reactor のサブクラス
 class SR
           
 

org.simBio.bio.kurata_et_al_2005.current での Reactor の使用
 

org.simBio.bio.kurata_et_al_2005.current での Reactor のサブクラス
 class ICab
           
 class INab
           
 class Ito
           
 

org.simBio.bio.kurata_et_al_2005.flux での Reactor の使用
 

org.simBio.bio.kurata_et_al_2005.flux での Reactor のサブクラス
 class Leak
          leak flux (Jleak) from the uptake site of SRnet (mM/ms).
 class Release
           
 class Transfer
           
 class Uptake
           
 

org.simBio.bio.kurata_et_al_2005.molecule での Reactor の使用
 

org.simBio.bio.kurata_et_al_2005.molecule での Reactor のサブクラス
 class CaBuffer_RK
          Calculate using ordinary differential equation, working with analytic buffer.
 

org.simBio.bio.kuratomi_et_al_2003.current.carrier での Reactor の使用
 

org.simBio.bio.kuratomi_et_al_2003.current.carrier での Reactor のサブクラス
 class Carrier
          Abstract class for ping-pong model of the carrier.
 

org.simBio.bio.kuzumoto_et_al_2007.contraction での Reactor の使用
 

org.simBio.bio.kuzumoto_et_al_2007.contraction での Reactor のサブクラス
 class CrossBridgeLength
          Length of cross bridge of NL contraction model, Negroni JA and Lascano EC.
 class IsotonicContraction
          Calculation of half sarcomere length in isotonic experiments.
 class Troponin
          troponin of Negroni and Lascano contraction model.
 class Troponinmit
          Troponin state transition of Cardiac Muscle Model by Negroni and Lascano.
 

org.simBio.bio.kuzumoto_et_al_2007.current での Reactor の使用
 

org.simBio.bio.kuzumoto_et_al_2007.current での Reactor のサブクラス
 class IRyR
          Calcium releasing channel on SR.
 

org.simBio.bio.kuzumoto_et_al_2007.current.carrier での Reactor の使用
 

org.simBio.bio.kuzumoto_et_al_2007.current.carrier での Reactor のサブクラス
 class ICaPump
          Ca pump on network SR.
 class IPMCA
          Ca pump on cell membrane. 1 ATP extrudes 1 Ca2+ and imports 1 H+ The H+ movement is not included in calculation.
 

org.simBio.bio.kuzumoto_et_al_2007.current.cf での Reactor の使用
 

org.simBio.bio.kuzumoto_et_al_2007.current.cf での Reactor のサブクラス
 class ICFTR
          Cystic fibrosis transmembrane conductance regulator Cl- channel current.
 

org.simBio.bio.kuzumoto_et_al_2007.function での Reactor の使用
 

org.simBio.bio.kuzumoto_et_al_2007.function での Reactor のサブクラス
 class Average
           
 class ConcentrationAMP
          calculation of AMP concentration (conformed to mass conservation law).
 class KoDependency_IK1
          Updated [K]o dependency calculation for IK1.
 class PA2MS
          Average and Convert pA to M/S.
 

org.simBio.bio.kuzumoto_et_al_2007.molecule での Reactor の使用
 

org.simBio.bio.kuzumoto_et_al_2007.molecule での Reactor のサブクラス
 class BetaAR_Gs
          betaAR and Gs signaling module.
 class CAMP
          cAMP module.
 class PKA
          PKA module.
 class PLB
          Phospholamban module.
 

org.simBio.bio.matsuoka_et_al_2003.complex での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.complex での Reactor のサブクラス
 class ATPsynthesis
          The lumped model of ATP synthesis.
 

org.simBio.bio.matsuoka_et_al_2003.current での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.current での Reactor のサブクラス
 class MembraneTransporter
          Abstract class of membrane transporters.
 

org.simBio.bio.matsuoka_et_al_2003.current.cf での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.current.cf での Reactor のサブクラス
 class CfChannel
          calculate current component of Na, K, Ca ion according to the constant field theory.
 class Iha
          Hyperpolarization-activated cation current, Iha.
 class ILCCa
          Calcium activated Non-Selective Cation current.
 class Ist
          Sustained inward current for pacemaker model.
 

org.simBio.bio.matsuoka_et_al_2003.current.channel での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.current.channel での Reactor のサブクラス
 class Channel
          template of Channel.
 

org.simBio.bio.matsuoka_et_al_2003.current.pipette での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.current.pipette での Reactor のサブクラス
 class CurrentClamp
          current clamp, external current in the RC membrane model.
 class Pipette
          external current in the RC membrane model.
 

org.simBio.bio.matsuoka_et_al_2003.current.potassium での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.current.potassium での Reactor のサブクラス
 class PureKchannel
          calculate pure potassium channel current.
 

org.simBio.bio.matsuoka_et_al_2003.function での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.function での Reactor のサブクラス
 class Charge
          keep whole cell current from external solution.
 class ConstantField
          calculate constant field.
 class Diffusion_a
          The first order ordinary differential equation is solved using analytic equation.
 class Diffusion_t
          The first order ordinary differential equation is solved using analytic equation.
 class KoDependency
          dependency of extracellular potassium concentration.
 class RateConstant
          function, c1/(c2*exp((x+c3)/c4)+c5*exp((x+c6)/c7))
 class RateConstantK
           
 class RateConstantVm
           
 class ReversalPotential
          calculate reversal potential of the specific ion.
 class Volume
           
 

org.simBio.bio.matsuoka_et_al_2003.molecule.buffer での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.molecule.buffer での Reactor のサブクラス
 class Buffer
          abstract of buffer
 

org.simBio.bio.matsuoka_et_al_2003.molecule.buffer.Ca での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.molecule.buffer.Ca での Reactor のサブクラス
 class Analytic
          instantaneous Ca buffer, using analytic equation as for Zeng et al, 1995 J.
 class Analytic_RK
          instantaneous Ca buffer using analytic equation as for Zeng et al, 1995.
 class InstantCaBuffer
          instantaneous Ca buffer, iterative method.
 class TroponinNL
          Troponin state transition of Cardiac Muscle Model by Negroni and Lascano.
 class TroponinNL_RK
          Troponin state transition of Negroni and Lascano contraction model for Runge-Kutta.
 

org.simBio.bio.matsuoka_et_al_2003.molecule.enzyme での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2003.molecule.enzyme での Reactor のサブクラス
 class CrossBridgeNL
          Cross bridge kinetics of Cardiac Muscle Model by Negroni and Lascano.
 class IsometricContraction
          Isometric Contraction
 

org.simBio.bio.matsuoka_et_al_2004.exp での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.exp での Reactor のサブクラス
 class Anoxia
          Anoxia condition on ventricular cell model was occured to regulate the oxygen concentration.
 

org.simBio.bio.matsuoka_et_al_2004.function での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.function での Reactor のサブクラス
 class Acidity
          calculation of pH (acidity) of the optional solution.
 class ConcentrationCyta2
          Calculation of the concentration of Cytochrome a2+ [Cyt a2+] = [Cyt a]total/(1 + A_3/2) where; A_3/2 = 10^((Ema - Ema0)/Z) :ratio of oxidized cytochrome a3 to reduced cytochrome a3
 class ConcentrationPi
          calculation of iorganic phosphate concentration (conformed to mass conservation law) Pitotal = 3*[ATP]cell + 2*[ADP]cell + [AMP] + [PhosphoCreatine] + [Pi]cell + (3*[ATP]mito + 2*[ADP]mito + [Pi]mito) / Rcm [Pi]cell = Pitotal - (3*[ATP]cell + 2*[ADP]cell + [AMP] + [PhosphoCreatine] + (3*[ATP]mito + 2*[ADP]mito + [Pi]mito) / Rcm)
 class GradientP
          proton driving force dP = 1/(1 - u) * dpH
 class GradientpH
          proton gradient on mitochondrial inner membrane.
 class MassConservation
          calculation of molecular concentration conformed to mass conservation law [A] = [A]total - [A']
 class MassConservation2
          calculation of molecular concentration conformed to mass conservation law [A] = [A]total - [A']
 class MembranePotential
          membrane potential on mitochondrial inner membrane.
 class MetalFreeConcentration
          free concentration of metal affinity molecule [A]free = [A]total / (1 + [metal]free / kD)
 class PartialPotential
          calcuration of partial potential.
 class PressureToConcentration
          calculation of concentration of gas-molecule from partial pressure.
 class RedoxPotential
          Calculation of the redox potential.
 class RedoxPotentialCyta
          Calculation of the redox potential of cytochrome a Ema = Emc + dP * (2 + 2 * u) / 2
 class VolumeRatio
          Calculation of volume ratio between cell and organella.
 class Zvalue
          calculation of z value.
 

org.simBio.bio.matsuoka_et_al_2004.function.chemical での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.function.chemical での Reactor のサブクラス
 class CN
          effect of CN addition.
 class FCCP
          effect of FCCP addition.
 

org.simBio.bio.matsuoka_et_al_2004.molecule での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.molecule での Reactor のサブクラス
 class SubstrateDehydrogenation
          NADH dehydrogenation.
 

org.simBio.bio.matsuoka_et_al_2004.molecule.buffer での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.molecule.buffer での Reactor のサブクラス
 class HBuffering
          Buffering capacity coefficient for H+ (rbuffer).
 

org.simBio.bio.matsuoka_et_al_2004.molecule.enzyme での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.molecule.enzyme での Reactor のサブクラス
 class AK
          Adenylate Kinase (AK) System vAK = kf*[ADP]free_cell*[ADP]mg_cell - kb*[ATP]mg_cell*[AMP]cell
 class CK
          Creatine Kinase (CK) System.
 

org.simBio.bio.matsuoka_et_al_2004.molecule.RespiratoryChain での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.molecule.RespiratoryChain での Reactor のサブクラス
 class ATPsynthase
          Mitochondrial F1/F0 ATP Synthase.
 class ComplexI
          NADH-Ubiquinone oxidoreductase (complex I).
 class ComplexIII
          Cytochrome bc1 Complex (complex III).
 class ComplexIV
          Cytochrome c Oxidase (complex IV).
 class OxidativePhosphorylation
          Differential equation for reactions of oxidattive phosphorylation.
 

org.simBio.bio.matsuoka_et_al_2004.molecule.Transporter での Reactor の使用
 

org.simBio.bio.matsuoka_et_al_2004.molecule.Transporter での Reactor のサブクラス
 class ANT
          ADP/ATP carrier, ADP/ATP translocase, SLC25A4.
 class PhosphateCarrier
          Phosphate Transporter.
 class ProtonLeak
          Proton leak from cytosol to intremitochondoria.
 

org.simBio.bio.negroni_lascano_1996 での Reactor の使用
 

org.simBio.bio.negroni_lascano_1996 での Reactor のサブクラス
 class CrossBridge
          Cross bridge kinetics of Cardiac Muscle Model by Negroni and Lascano.
 class Qpump
          equation 8 in the Negroni and Lascano, 1996 Qpump=Kp/(1+(Km/[Ca2+])^2)
 class Qrel
          equation 9 in the Negroni and Lascano, 1996
 

org.simBio.bio.negroni_lascano_1996.exp での Reactor の使用
 

org.simBio.bio.negroni_lascano_1996.exp での Reactor のサブクラス
 class LChange
          muscle length is set with the controlled step and duration
 class Model
          Cardiac Muscle Model by Negroni and Lascano.
 

org.simBio.bio.oka_et_al_2006.function での Reactor の使用
 

org.simBio.bio.oka_et_al_2006.function での Reactor のサブクラス
 class JunctionalConductance
          Calculate the junctional conductance (nS).
 class JunctionalPotential
          Calculate the trans-junctional potential between neighbouring two cells.
 

org.simBio.bio.oka_et_al_2006.function.kinetics での Reactor の使用
 

org.simBio.bio.oka_et_al_2006.function.kinetics での Reactor のサブクラス
 class IndependentGate
          Calculate the mean open probability of the gating model consisting of multiple independent gates.
 class MultiStateModel
          Ligand-operated multi transition model.
 class RateConstantCaGate
          Calculate the forward and backward rate constans of two-state model by using time constant, pKd and Hill coefficient
 class TwoStateModel
          Two-state model.
 

org.simBio.bio.oka_et_al_2006.structure での Reactor の使用
 

org.simBio.bio.oka_et_al_2006.structure での Reactor のサブクラス
 class GapJunctionK
          Gap junction model.
 

org.simBio.bio.sarai_et_al_2006.function での Reactor の使用
 

org.simBio.bio.sarai_et_al_2006.function での Reactor のサブクラス
 class Rate
          Rate.
 class Ratio
          Ratio.
 

org.simBio.bio.sarai_noma_2004 での Reactor の使用
 

org.simBio.bio.sarai_noma_2004 での Reactor のサブクラス
 class VoltageClamp
          apply square voltage pulse
 

org.simBio.bio.sarai_noma_2004.fourState での Reactor の使用
 

org.simBio.bio.sarai_noma_2004.fourState での Reactor のサブクラス
 class MonteCarlo
           
 class NaChannel
          4 state gate of fast Sodium channel calculated by Monte Carlo method and ordinary differential Equations.
 class ODE
          Created on 2003/10/30
 

org.simBio.bio.takeuchi_et_al_2006.current での Reactor の使用
 

org.simBio.bio.takeuchi_et_al_2006.current での Reactor のサブクラス
 class PMCA
          sarcolemmal Ca2+ pump.
 

org.simBio.bio.takeuchi_et_al_2006.function での Reactor の使用
 

org.simBio.bio.takeuchi_et_al_2006.function での Reactor のサブクラス
 class Electroneutrality
          Calculate difference between total amounts of cations and anions.
 class ENaCa
          equilibrium potential for Na+/Ca2+ exchanger.
 class Ouabain
          Calculate ouabain effect on amplitude of INaK.
 

org.simBio.bio.tenTusscher_et_al_2004.current での Reactor の使用
 

org.simBio.bio.tenTusscher_et_al_2004.current での Reactor のサブクラス
 class IbCa
          Background Ca2+ current.
 class IbNa
          Background Na+ current.
 class ICa
          L-type Ca2+ current.
 class IpK
          Plateau K current.
 class Ito_endo
          Transient outward current.
 

org.simBio.bio.tenTusscher_et_al_2004.flux での Reactor の使用
 

org.simBio.bio.tenTusscher_et_al_2004.flux での Reactor のサブクラス
 class UpTake
          Pump current taking up calcium into SR.
 

org.simBio.bio.tenTusscher_et_al_2004.function での Reactor の使用
 

org.simBio.bio.tenTusscher_et_al_2004.function での Reactor のサブクラス
 class ReversalPotential2
          calculate reversal potential of the specific Ion.
 

org.simBio.bio.terashima_et_al_2006.complex での Reactor の使用
 

org.simBio.bio.terashima_et_al_2006.complex での Reactor のサブクラス
 class WaterFlux
          Water flux across the cell membrane [um3/ms].
 

org.simBio.bio.terashima_et_al_2006.current.carrier での Reactor の使用
 

org.simBio.bio.terashima_et_al_2006.current.carrier での Reactor のサブクラス
 class NKCC
          Flux via Na+-K+-2Cl- cotransporter [amol/msec].
 

org.simBio.bio.terashima_et_al_2006.current.cf での Reactor の使用
 

org.simBio.bio.terashima_et_al_2006.current.cf での Reactor のサブクラス
 class IClb
           
 class IVRCC
          volume-regulated Cl- current.
 

org.simBio.bio.terashima_et_al_2006.current.potassium での Reactor の使用
 

org.simBio.bio.terashima_et_al_2006.current.potassium での Reactor のサブクラス
 class IKATP
          ATP-sensitive potassium current.
 

org.simBio.bio.terashima_et_al_2006.experiment での Reactor の使用
 

org.simBio.bio.terashima_et_al_2006.experiment での Reactor のサブクラス
 class StepChanger
          Change the value in a step manner.
 class StepChanger2
          step change
 class TonicityChange
          Change extracellular fluid tonicity
 

org.simBio.bio.terashima_et_al_2006.function での Reactor の使用
 

org.simBio.bio.terashima_et_al_2006.function での Reactor のサブクラス
 class AmplitudeNaK
          Calculate volume-dependency of INaK amplitude.
 class KoDependency2
          Calculate Ko dependency for IKATP.
 class Tonicity
          Tonicity of extracellular fluid .
 class TotalVolume
          Calculate total cell volume from cell volume accessible for ion diffusion.
 

org.simBio.core での Reactor の使用
 

org.simBio.core での Reactor のサブクラス
 class Conductor
          root instance to conduct integration.
 

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