transfer mechanism |
biological mechanism of horizontal gene transfer modelled |
‘conjugation’ or ‘transformation’ or ‘transduction’ |
bacteria |
any species of bacteria explicitly modelled |
— |
aim of the study |
whether the study looked at gene transfer to understand evolutionary trends seen in the bacterial population or to understand its impact on public health, or both |
‘evolutionary’ or ‘public health’ or ‘both’ |
bacterial environment |
any environment that contained bacteria in the model |
— |
antibiotic effect considered |
whether one or more antibiotic(s) were present in the model(s) |
‘yes’ or ‘no’ |
multiple resistances considered |
whether the model(s) tracked multiple resistance genes that could be transferred separately |
‘yes’ or ‘no’ |
fitness cost of resistance considered |
whether the model(s) included a fitness cost for bacteria carrying a resistance gene |
‘yes’ or ‘no’ |
source of model parameters |
whether the study also generated its own experimental data to support its parameter values, or chose values informed by previous studies (which could be experimental studies or not), or assumed values |
‘experimental’ and/or ‘external’ and/or ‘assumed’ |
type of model |
whether the structure of the model(s) was deterministic or stochastic, or both (if the study presented more than one model) |
‘deterministic’ or ‘stochastic’ or ‘both’ |
type of parameter values |
if the model(s) structure was ‘deterministic’, whether the parameter values were constant or were sampled from distributions before each model run |
‘constant’ or ‘sampled’ |
sensitivity analysis performed |
whether the study performed any type of sensitivity analysis of the effect of model parameter values on the results |
‘yes’ or ‘no’ |