Mass action rate law for irreversible reactions

Reaction scheme where the products are created from the reactants and the change of a product quantity is proportional to the product of reactant activities. The reaction scheme does not include any reverse process that creates the reactants from the products. The change of a product quantity is proportional to the quantity of one reactant.

k1*PRODUCT<substrate_i> 2020-03-19T14:05:09Z S*T*k 2020-03-19T13:58:08Z Full name was (24 March 2020): Wff1Corona_Lux_2020-03-20_1340 intermittentGwork full lockdown effect of socialdistancing Fig 6 external infection with end of adaptive control_eradication. This version has most facilitie of a line of models. For instructions: h.v.westerhoff@uva.nl Prepared by Alexey Kolodkin and Hans V. Westerhoff 4.0 inactive inactive inactive inactive inactive inactive inactive inactive inactive inactive inactive inactive inactive inactive 2020-03-19T13:59:56Z inside PHENOTYPE infected-nontested 2020-03-19T14:00:03Z inside PHENOTYPE infected-tested 2020-03-19T14:00:12Z inside PHENOTYPE innocent-nontested 2020-03-19T14:00:17Z inside PHENOTYPE inocent-tested 2020-03-19T14:01:48Z inside PHENOTYPE symptoms-tested 2020-03-19T14:01:44Z inside PHENOTYPE symptoms-nontested 2020-03-19T15:00:24Z inside PHENOTYPE recovered-tested 2020-03-19T14:19:22Z inside PHENOTYPE recovered-nontested 2020-03-19T14:01:13Z inside PROTEIN pr1 2020-03-19T13:59:51Z inside PHENOTYPE Corona-dead-tested 2020-03-19T13:59:45Z inside PHENOTYPE Corona-dead-nontested 2020-03-19T14:00:06Z inside PHENOTYPE innocent-dead 2020-03-19T14:01:52Z inside PHENOTYPE total population <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[uninfected_non-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[uninfected-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[recovered-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[recovered-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-tested],Reference=Concentration> 2020-03-19T22:32:31Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[recovered-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[Corona-dead-tested],Reference=Concentration> 2020-03-21T16:04:05Z (<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[Corona-dead-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[Corona-dead-tested],Reference=Concentration>)*100/<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[total population],Reference=Concentration> 2020-03-21T19:49:34Z (<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[recovered-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[recovered-tested],Reference=Concentration>)*100/<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[total population],Reference=Concentration> 2020-03-22T16:14:49Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[non-corona-dead],Reference=Concentration>*100/<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[total population],Reference=Concentration> 2020-03-22T16:18:29Z 100*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[% corona dead],Reference=Concentration>/(<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[% corona dead],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[% non corona dead],Reference=Concentration>) 2020-03-22T17:09:11Z 2020-03-19T15:04:45Z 2020-03-19T19:24:09Z (<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-nontested],Reference=Concentration>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Infection_from_non-tested_no-symptoms],Reference=InitialValue>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-nontested],Reference=Concentration>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Infection_from_non-tested_symptoms],Reference=InitialValue>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-tested],Reference=Concentration>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Infection_from_tested_no-symptoms],Reference=InitialValue>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-tested],Reference=Concentration>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Infection_from_tested_symptoms],Reference=InitialValue>)*(1-<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[epidemic extinguished],Reference=Concentration>)/<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Social_Distance],Reference=Value> 2020-03-19T19:24:49Z 3.29e-05 2020-03-19T19:26:22Z 2020-03-19T19:26:46Z 2020-03-19T19:50:28Z 500 2020-03-19T20:55:36Z 2020-03-19T21:37:54Z 0.30165 2020-03-19T22:07:46Z 2020-03-19T22:08:21Z 2020-03-19T22:08:41Z 0.025 2020-03-19T22:08:59Z 0.025 2020-03-19T22:17:57Z 2020-03-19T23:37:26Z 10*(1+2.5*141/141*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-tested],Reference=Concentration>/<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[symptomatic number tolerance],Reference=InitialValue>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[government response factor to diagnosed infected],Reference=InitialValue>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[adaptive control Boolean (end)],Reference=Value>) 2020-03-20T12:39:32Z 2020-03-21T11:26:07Z 7*365/7 d 2020-03-21T11:29:34Z d 2020-03-21T11:39:06Z 1 2020-03-21T11:39:36Z 1 2020-03-21T14:50:50Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Reference=Time>-<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[n_lockdowns],Reference=Value>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[lockdown duration],Reference=InitialValue>-<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[n_pauses],Reference=Value>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[lockdown pause duration],Reference=InitialValue> d 2020-03-21T21:09:31Z 0.5*0.7/0.5*0.65/0.7*1/0.65*0.5 2020-03-22T14:25:52Z 1 2020-03-22T19:19:37Z 2020-03-22T20:34:41Z 2020-03-23T16:52:46Z d 2020-03-23T16:53:09Z 1 2020-03-23T17:10:56Z 1 2020-03-23T17:12:33Z 1000*0 d 2020-03-19T13:58:17Z STATE_TRANSITION 2020-03-19T14:20:36Z STATE_TRANSITION 2020-03-19T14:20:41Z STATE_TRANSITION 2020-03-19T14:20:45Z STATE_TRANSITION 2020-03-19T14:20:50Z STATE_TRANSITION 2020-03-19T14:20:54Z STATE_TRANSITION 2020-03-19T14:20:58Z STATE_TRANSITION 2020-03-19T14:21:02Z STATE_TRANSITION 2020-03-19T13:58:29Z STATE_TRANSITION 2020-03-19T13:58:25Z STATE_TRANSITION 2020-03-19T14:04:23Z STATE_TRANSITION 2020-03-19T13:58:27Z STATE_TRANSITION 2020-03-19T14:20:08Z STATE_TRANSITION 2020-03-19T14:20:13Z STATE_TRANSITION 2020-03-19T14:20:18Z STATE_TRANSITION 2020-03-19T14:20:23Z STATE_TRANSITION 2020-03-19T14:20:28Z STATE_TRANSITION 2020-03-19T14:20:32Z STATE_TRANSITION 2020-03-19T23:18:34Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[intermittent time],Reference=Value> > <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Time_government_action],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Social_Distance],Reference=InitialValue>*<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Government_induced_isolation_factor],Reference=Value> 2020-03-21T15:20:10Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[intermittent time],Reference=Value> > <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Time_government_action],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[n_lockdowns],Reference=Value>+1 2020-03-21T15:42:55Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[intermittent time],Reference=Value> > <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Time_government_action],Reference=InitialValue>-<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[lockdown duration],Reference=InitialValue>*(1-<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[time fraction lock down],Reference=InitialValue>) <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Social_Distance],Reference=InitialValue> 2020-03-22T13:55:39Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-nontested],Reference=Concentration> < 0 0 2020-03-22T14:33:47Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-nontested],Reference=Concentration> < 0 <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-nontested],Reference=Concentration> 0 2020-03-22T17:11:15Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-tested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[symptoms-tested],Reference=Concentration> < <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[number cutoff],Reference=Value> 1 2020-03-23T16:53:54Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Reference=Time> > <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[time of foreign infection],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Compartments[default],Vector=Metabolites[infected-nontested],Reference=Concentration>+<CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[number of foreign infections],Reference=InitialValue> 2020-03-23T17:13:05Z <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Reference=Time> > <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[end of adaptive control time],Reference=InitialValue> 0 3.29e-05 500 0.30165 0.025 0.025 7*365/7 0.5*0.7/0.5*0.65/0.7*1/0.65*0.5 1000*0 <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Total_Infection_coefficient],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Testing_Randome],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Total_Infection_coefficient],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Testing_Randome],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Symptoms_appear],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Symptoms_appear],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Testing_for_Symptoms],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Corona_death_rate_constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Corona_recover],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Corona_recover],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Birth_rate],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Normal_death rate constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Normal_death rate constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Normal_death rate constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Corona_death_rate_constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Corona_death_rate_constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Normal_death rate constant],Reference=InitialValue> <CN=Root,Model=Corona model of extinguishable epidemic with limited time incomplete lockdown,Vector=Values[Corona_death_rate_constant],Reference=InitialValue> 0 2 0 0 0 630000 1 0 0 0 0 0 630003 1 0 0 0 NaN 1.9468861043575834e-06 10 0 1 0 1 0.00080000000000000004 3.29e-05 0.002 3.29e-05 500 0.067000000000000004 0.30164999999999997 0.50800000000000001 0.25 0.025000000000000001 0.025000000000000001 534700 15 365 7 0 0 0.5 1 141 1 1000 50 1 0 Automatically generated report.