Modelling group
at the Department of Medical Biometry, University of Tübingen

français deutsch
About us

Research
Influenza
Emerging diseases
Smallpox
  Introduction
  Transmission
  Residual protection
  Post-exposure vacc.
  Interventions
  Simulator
  Useful links
Measles
Poliomyelitis
Malaria
Onchocerciasis
Filariases
Leishmaniasis
Haemophilus
Pneumococci
Others

Methods

Publications

Public Relations

Impressum

Control of smallpox by case isolation and contact tracing and surveillance


Source: NC State University
Using stochastic computer simulations, we studied the spread of smallpox and possible intervention schemes. It could be shown that (for a wide range of parameters) smallpox outbreaks can be controlled by contact tracing and case isolation.



We provide a publicly accessible simulation program which allows to investigate how effectively a smallpox outbreak can be controlled by case isolation and contact tracing alone.
Responsible for this page: Prof. Dr. M. Eichner
Webmaster: Prof. Dr. M. Eichner (last change of this page on 13 July 2009)
Disclaimer: Eberhard-Karls-University Tübingen, Tübingen University Hospital, the Department for Medical Biometry (IMB), and the authors of this page disclaim all liability for the content of any page referenced by hyper-link from this page

You are the  th visitor of our pages.