Nodes are labeled with the reference of the associated studies (year abbreviated), shaped by model category, and colored by the functional form of the force of infection (FR: reservoir frequency-dependent, FI: infectious frequency-dependent, MA: mass action, NA: not applicable (models with no explicit vector compartments); see section on Force of infection and Box 1 for details). An edge between two nodes represents a model declaring the other as its parent model, as defined in the main text. Twenty-three models are not shown in this plot as they did not declare a parent model within the list of presently reviewed studies.*[75]. ** [76].</p
<p>The arrows show the different relations linking the ontology terms; the colours indicate differen...
<p>The Bayesian average network representation of the models. (a, b) initial model. (c, d) second mo...
INST: L_200In the thesis toy models, agent-based models, infection models and network structure is d...
(A) Two aspects of a factorial model space are shown: extrinsic connectivity of putative network hub...
<p>Models are decomposed according to the number of serotypes considered (one (black lines), two (bl...
Modeling is an essential part of the scientific method. A model enables us to learn about our surrou...
<p>(A) Median ROC curve (dark red) used to create the microbiome-virome infection prediction model, ...
(A) Each column of the matrix indicates the terms included in the model shown by a symbol at the bot...
Ever since biologists began studying the ecology and evolution of infectious diseases (EEID), labora...
<p>Panel A shows the Sackin index as a measure of tree imbalance. Panel B shows the size of the epid...
<p>The network in panel A shows the set of potential edges to start with. The arrows indicate the di...
<p>A) Heatmap of the three steady states in the gut microbiome model. These steady states are identi...
Models of myriad forms are rapidly becoming central to biology. These range from statistical models ...
<p>The arrows show the different relations linking the ontology terms; the colours indicate differen...
Models of myriad forms are rapidly becoming central to biology. These range from statistical models ...
<p>The arrows show the different relations linking the ontology terms; the colours indicate differen...
<p>The Bayesian average network representation of the models. (a, b) initial model. (c, d) second mo...
INST: L_200In the thesis toy models, agent-based models, infection models and network structure is d...
(A) Two aspects of a factorial model space are shown: extrinsic connectivity of putative network hub...
<p>Models are decomposed according to the number of serotypes considered (one (black lines), two (bl...
Modeling is an essential part of the scientific method. A model enables us to learn about our surrou...
<p>(A) Median ROC curve (dark red) used to create the microbiome-virome infection prediction model, ...
(A) Each column of the matrix indicates the terms included in the model shown by a symbol at the bot...
Ever since biologists began studying the ecology and evolution of infectious diseases (EEID), labora...
<p>Panel A shows the Sackin index as a measure of tree imbalance. Panel B shows the size of the epid...
<p>The network in panel A shows the set of potential edges to start with. The arrows indicate the di...
<p>A) Heatmap of the three steady states in the gut microbiome model. These steady states are identi...
Models of myriad forms are rapidly becoming central to biology. These range from statistical models ...
<p>The arrows show the different relations linking the ontology terms; the colours indicate differen...
Models of myriad forms are rapidly becoming central to biology. These range from statistical models ...
<p>The arrows show the different relations linking the ontology terms; the colours indicate differen...
<p>The Bayesian average network representation of the models. (a, b) initial model. (c, d) second mo...
INST: L_200In the thesis toy models, agent-based models, infection models and network structure is d...