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(Theoretical biology medical modelling[TA])
534 results
  • Estimating transmission probability in schools for the 2009 H1N1 influenza pandemic in Italy. [Journal Article]
  • TBTheor Biol Med Model 2016 Oct 12; 13(1):19
  • Clamer V, Dorigatti I, … Pugliese A
  • CONCLUSIONS: The discrepancy between the values of R 0 estimated from the epidemic curve or from the within-school transmission probabilities suggests that household and community transmission played an important role in sustaining the school epidemics. The high probability of infection between students in the same class confirms that targeting within-class transmission is key to controlling the spread of influenza in school settings and, as a consequence, in the general population.
  • Feed-forward neural network model for hunger and satiety related VAS score prediction. [Journal Article]
  • TBTheor Biol Med Model 2016 Jul 07; 13(1):17
  • Krishnan S, Hendriks HF, … de Graaf AA
  • CONCLUSIONS: From this application of artificial neural networks, one may conclude that neural network models are very suitable to describe situations where behavior is complex and incompletely understood. However, training data sets that fit the experimental conditions need to be available.
  • Random walk of passive tracers among randomly moving obstacles. [Journal Article]
  • TBTheor Biol Med Model 2016 Apr 14; 13:13
  • Gori M, Donato I, … Pettini M
  • CONCLUSIONS: The results reported here suggest that if a biomolecule, let us call it a test molecule, moves towards its target in the presence of other independently interacting molecules, its motion can be considerably slowed down.
  • The organelle of differentiation in embryos: the cell state splitter. [Review]
  • TBTheor Biol Med Model 2016 Mar 10; 13:11
  • Gordon NK, Gordon R
  • The cell state splitter is a membraneless organelle at the apical end of each epithelial cell in a developing embryo. It consists of a microfilament ring and an intermediate filament ring subtending ...
  • Modeling immune response and its effect on infectious disease outbreak dynamics. [Journal Article]
  • TBTheor Biol Med Model 2016 Mar 05; 13:10
  • Reyes-Silveyra J, Mikler AR
  • CONCLUSIONS: Our results suggest that it is essential for the public health establishment to increase their understanding of the characteristics of regional demographics that could impact the quality of the immune response of the individuals. The results indicate that it is necessary to further investigate mitigation strategies to limit the capacity to transmit the disease by individuals that spread the pathogen for extended periods of time. Ultimately, this study suggests that it is crucial for public health researchers to identify appropriate targeted vaccination regimes and to explore the link between PIR and outbreak dynamics to improve the monitoring and mitigating efforts of ongoing and future epidemics.
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