Avian Influenza Virus in North American Migratory Birds
Overview The UCLA Center for Tropical Research (CTR) is at the forefront of research and surveillance of avian influenza virus (bird flu or avian flu) in wild birds. CTR has…
Infectious zoonotic diseases–those that can spread between animals and humans–play an enormous role in public health. Our research explores the links between biodiversity, genetic diversity, and socio-economic factors and disease transmission. We use these scientific findings to generate mathematical models that improve our ability to predict when and how diseases will jump from animals to humans–and how to prevent or mitigate those diseases. We’ve researched high profile diseases like Ebola, Zika, and West Nile, as well as less well-known pathogens like monkey pox, avian flu, and avian malaria.
PROJECTS
Overview The UCLA Center for Tropical Research (CTR) is at the forefront of research and surveillance of avian influenza virus (bird flu or avian flu) in wild birds. CTR has…
Malaria parasites use vertebrate hosts for the asexual stages of their life cycle and Dipteran vectors for both the sexual and asexual development, but the literature on avian malaria parasites remains biased towards bird-parasite associations. Our work samples vectors/birds to provide information about status of infection of both host and vector.
The Center for Tropical Research is investigating what may be the environmental drivers of infectious diseases, and what might trigger outbreaks during particular times or conditions. In collaboration with Dr. Rick Schoenberg, chair of the the Department of Statistics at UCLA, our team is using novel models to understand ebola outbreaks.
West Nile virus (WNV) has spread rapidly in North America, threatening wildlife and posing serious health risks to humans. In order to better understand how the distribution of WNV will further impact populations, we model the incidence of WNV infections under current conditions, and use these to predict where the disease may occur in the future.
Published Work | 2015 | Proceedings of the National Academy of Sciences 112(46), 14290–14294
permalinkPublished Work | 2014 | Epidemiology and Infection 143(10), 2205-2212
permalinkPublished Work | 2014 | Parasitology 142(5), 635-647
permalinkPublished Work | 2014 | Journal of Infection 69(2), 174–181
permalinkPublished Work | 2014 | Evolutionary Applications 7(7), 799–811
permalinkPublished Work | 2014 | BMC Veterinary Research 10(55)
permalinkPublished Work | 2014 | Global Change Biology 2014, 20 (8), 2417–2425
permalinkPublished Work | 2014 | Veterinary Microbiology 168(1), 208–213
permalinkPublished Work | 2014 | PLoS ONE 8(12)
permalinkPublished Work | 2013 | Molecular Ecology 22(16), 4163–4176
permalinkPublished Work | 2013 | Emerging Infectious Diseases 19(4), 581–588
permalinkPublished Work | 2013 | Journal of Parasitology and Vector Biology 5, 6–12
permalinkPublished Work | 2012 | Journal of Clinical Virology 54(4), 364–367
permalinkPublished Work | 2012 | Veterinary Microbiology 156, 189–192
permalinkPublished Work | 2012 | EcoHealth 9, 80–88
permalinkPublished Work | 2011 | Molecular Ecology 21(2), 431–441
permalinkPublished Work | 2011 | Journal of Virological Methods 176, 125–130
permalinkPublished Work | 2011 | Journal of Parasitology 97(4), 682–694
permalinkPublished Work | 2010 | Molecular Ecology 20(5), 1049–1061
permalinkPublished Work | 2010 | PLoS ONE 5(11)
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