Martin Camitz, from the Swedish Institute for Infectious Diseases Control and Fredrik Liljeros, from Stockholm University simulated the spread of an infection in Sweden, using data about all inter-city trips carried out by 17,000 individuals during two assigned months. All single, inter-city trips were included, regardless of the destination, aim of the trip and the mode of transport. The authors then tested scenarios where the infection outbreak started in Stockholm and where travel between towns and cities was subsequently restricted.
The results of the simulations show that restricting travel so that all trips further than 50 km are banned would reduce the number of infected individuals by 50% and the number of affected municipalities by over 80%. A ban on trips longer than 20 km would reduce the spread of the infection even more. The impact of a travel ban on the spread of infection would be significant even if compliance were as low as 70%.
The authors conclude: “The model and results are robust and there is no reason to believe that the results are not generally applicable to any country or region”.
Juliette Savin | Source: alphagalileo
Further information: www.biomedcentral.com
More articles from Health and Medicine:
Polyphenols and polyunsaturated fatty acids boost the birth of new neurons
25.11.2009 | Universitat Autonoma de Barcelona
Johns Hopkins researchers track down protein responsible for chronic rhinosinusitis with polyps
24.11.2009 | Johns Hopkins Medical Institutions
First black holes may have incubated in giant, starlike cocoons
25.11.2009 | Physics and Astronomy
KfW issues its first ever 7 year Euro-Benchmark
25.11.2009 | Business and Finance
Intelligence inside metal components
25.11.2009 | Information Technology
Multidisciplinary meeting on Urological Cancers aims to benefit cancer patients
20.11.2009 | Event News
'Golden Age' for clinical psychology in Northern Ireland
20.11.2009 | Event News
New Perspectives in Marine Anti-Fouling Research
11.11.2009 | Event News