OxRML/AgentSLR huggingface dataset:
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: SEIR-SEI
Stochastic or deterministic: Unspecified
Theoretical model: no
Interventions: Pesticides/larvicides;Vector/Animal control
Transmission route: Vector/Animal to human
Assumptions: Heterogenity in transmission rates - between human and vector;Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period
Code available: yes
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: SEIR-SEI
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Unspecified
Transmission route: Vector/Animal to human
Assumptions: Heterogenity in transmission rates - between human and vector;Heterogenity in transmission rates - over time;Latent period is same as incubation period
Code available: yes
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: SEIR-SEI
Stochastic or deterministic: Deterministic
Theoretical model: no
Interventions: Behaviour changes;Insecticide-treated nets;Vector/Animal control
Transmission route: Sexual;Vector/Animal to human
Assumptions: Heterogenity in transmission rates - between human and vector;Heterogenity in transmission rates - between human groups
Code available: no
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: Other compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Behaviour changes;Insecticide-treated nets;Other;Treatment;Vector/Animal control
Transmission route: Vector/Animal to human
Assumptions: Cross-immunity between Zika and dengue;Homogeneous mixing
Code available: no
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: SEIR-SEI
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Behaviour changes;Genetically modified mosquitoes;Indoor residual spraying;Vector/Animal control;Wolbachia replacement
Transmission route: Sexual;Vector/Animal to human
Assumptions: Other
Code available: no
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: SEIR-SEI
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Behaviour changes;Indoor residual spraying;Other;Vaccination
Transmission route: Human to human (direct contact);Vector/Animal to human
Assumptions: Heterogenity in transmission rates - between human groups
Code available: no
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: Other compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Behaviour changes;Indoor residual spraying;Insecticide-treated nets;Other;Pesticides/larvicides;Vector/Animal control
Transmission route: Sexual;Vector/Animal to human
Assumptions: Homogeneous mixing
Code available: no
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: SEIR-SEI
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Behaviour changes;Pesticides/larvicides;Treatment;Vaccination;Wolbachia replacement;Wolbachia suppression
Transmission route: Vector/Animal to human
Assumptions: Heterogenity in transmission rates - between human and vector;Heterogenity in transmission rates - over time
Code available: no
Transmission model extraction for Zika virus
Model type: Compartmental
Compartmental type: Other SEIR-SEI
Stochastic or deterministic: Deterministic
Theoretical model: yes
Interventions: Behaviour changes;Insecticide-treated nets;Pesticides/larvicides;Treatment;Vector/Animal control
Transmission route: Human to human (direct contact);Sexual;Vector/Animal to human
Assumptions: Age dependent susceptibility
Code available: no