19-22 November 2013; Amsterdam, The Netherlands
Are you working on one of the topics planned for Epidemics4? Submit your abstract before 28 June to join the world’s leading epidemics experts!
- Dynamics of infectious diseases of humans
- Dynamics of infectious diseases of other species
- Within-host dynamics and immuno-epidemiology
- Ecology of infectious diseases
- Evolution and natural selection in infectious diseases
- Dynamics and consequences of antimicrobialresistance
- Global and public health aspects of control and prevention
- Infectious diseases in a changing environment and climate
- Policy, economics, sociology and decision making
- Uncertainty in decision making
- Infectious disease surveillance
- Statistical methods for infectious disease data
- Social, spatial and network aspects of interaction
- Phylodynamics and infectious diseases
- Zoonoses and other cross-species events
- Vector-borne diseases
- Host behaviour and infectious diseases
- Genomics in infectious disease surveillance and control
- Optimization of infectious disease surveillance and control
- Infectious disease forecasting
- Historical disease dynamics
- Multi-host and multi-pathogen/parasite systems
Abstract Submission Deadline : 28 June 2013
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(National Science Foundation 14 May 2013) Leptospirosis is the world’s most common illness transmitted to humans by animals. It’s a two-phase disease that begins with flu-like symptoms. If untreated, it can cause meningitis, liver damage, pulmonary hemorrhage, renal failure and death.
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ABC News Alyse Edwards 25 February 2013
Two cases of leptospirosis have been diagnosed in the wake of flooding in southern Queensland’s Wide Bay region.
Public health physician Dr Margaret Young says the disease occurs when humans come into contact with the urine of infected rodents.
She says it is common to see a few cases after floods and residents should wear protective clothing when cleaning up.
Queensland Parliament. Bills Introduced to the 54th Parliament 21 June 2012
Flying-fox populations are known to carry viruses deadly to humans: The Australian Bat Lyssavirus which is closely related to common rabies lyssavirus; Salmonella; leptospirosis; Sars; and Hendra virus. Lyssavirus has caused two human fatalities since it was discovered in Australia in 1996. More concerning is the growing number of Hendra virus outbreaks amongst horse populations and the increased exposure to humans as a result. This virus has caused over 70 horse fatalitiesa and four human fatalities since 1994, representing a 75% fatality reate in horses and a 60% fataligy rate in humans.
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