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- Lina Pérez-Breva, Rafael J Villanueva, +6 authors Javier Díez-Domingo
- BMC infectious diseases
- 2014

BACKGROUND
Meningococcal C (MenC) conjugate vaccines have controlled invasive diseases associated with this serogroup in countries where they are included in National Immunization Programs and also in an extensive catch-up program involving subjects up to 20 years of age. Catch-up was important, not only because it prevented disease in adolescents and young… (More)

- L Acedo, J Díez-Domingo, J-A Moraño, R-J Villanueva
- Epidemiology and infection
- 2010

We propose an age-structured mathematical model for respiratory syncytial virus in which children aged <1 year are especially considered. Real data on hospitalized children in the Spanish region of Valencia were used in order to determine some seasonal parameters of the model. Weekly predictions of the number of children aged <1 year that will be… (More)

- Luis Acedo, José Antonio Moraño
- Mathematical and Computer Modelling
- 2013

- Luis Acedo
- Mathematical and Computer Modelling
- 2009

- Luis Acedo, José Antonio Moraño, Rafael J. Villanueva, Javier Villanueva-Oller, J. Díez-Domingo
- Mathematical and Computer Modelling
- 2011

Random networks are emerging in epidemiology as a way of simulating more realistic random contact behaviours. A network is a set of nodes representing individuals. Labels or properties may be assigned to each node, for instance, age, sex, state respect to disease (susceptibility, infection, recovery, etc.). Nodes are connected by ties that represent disease… (More)

- Luis Acedo, José Antonio Moraño, J. Díez-Domingo
- Mathematical and Computer Modelling
- 2010

- Luis Acedo
- 2014

- Luis Acedo
- 2015

We consider a parametrized torsion gravity model for Riemann–Cartan geometry around a rotating axisymmetric massive body. In this model, the source of torsion is given by a circulating vector potential following the celestial parallels around the rotating object. Ours is a variant of the Mao, Tegmark, Guth and Cabi (MTGC model) in which the total angular… (More)

- Luis Acedo
- 2015

- Luis Acedo, Diego F. Aranda
- Complex Systems
- 2012

A susceptible-infected-susceptible (SIS) cellular automaton model for collective neural interactions proposed recently is revisited. In this model, neurons are simple network nodes with different states: active or firing, and quiescent. The main thesis of this approach is that the electroencephalogram (EEG) could emerge as the fluctuations in the number of… (More)