Ecology of Zoonotic Infectious Diseases in Bats: Current Knowledge and Future Directions

Ecology of Zoonotic Infectious Diseases in Bats: Current Knowledge and Future Directions

Source :

• Zoonoses and Public Health [ 1863-1959 ] ; 2013-02.

English descriptors

• Teeft :
  • Acad, Academic press, Annual birth pulse, Annual migration, Anthropogenic changes, Bat, Biol, Black hills, Blackwell, Blackwell verlag gmbh zoonoses, Brazilian bats, Brown bats, Canine rabies, Cave colonies, Chicago press, Coloniality, Colony formation, Colorado state university, Comparative studies, Complex mixture, Contact rates, Cryan, Current knowledge, Cytokine expression, Daszak, Data collection, Date palm, Deep torpor, Demographic data, Different immunotypes, Dimitrov, Disease dynamics, Disease ecology, Disease emergence, Disease risk management, Disease transmission, Distinct lineage, Dobson, Drexler, Drive infection dynamics, Dynamics, Ebola, Ebola virus, Ebov, Ecol, Ecological, Ecological characteristics, Ecological drivers, Ecological strategies, Ecology, Egyptian fruit bats, Eidolon helvum, Ellison, Emerg, Emergence, Environmental transmission, Epstein, Eptesicus, Eptesicus fuscus, Estimate parameters, Experimental data, Experimental infection, Experimental studies, Female bats, Food availability, Fooks, Fort collins, Franka, Fruit bats, Further studies, Fuscus, Future directions, Future research, Geographical range overlap, Geological survey, Geomyces destructans, Gmbh, Halpin, Hayman, Helvum, Hendra, Hendra virus, Hibernation, Hipposideros commersoni, Host ecology, Host population, Host population structure, Host species, Human activities, Human rabies, Immune, Immune response, Immune responses, Increase exposure, Individual bats, Infection, Infection dynamics, Infection ecology, Infection prevalence, Infectious diseases, Integrative, Integrative modelling, Integrative models, Kunz, Kuzmin, Laboratory data, Laboratory studies, Large colony sizes, Large shifts, Lasionycteris noctivagans, Leroy, Likely increase, Likely reservoir, Long lifespans, Lower virulence, Lyssavirus, Lyssavirus type, Major drivers, Mammal, Maternity colonies, Mccracken, Mechanistic, Mechanistic models, Migration, Migratory behaviour, Migratory species, Mitigation strategies, Modelling, Morbidity rates, Mortality rates, Multipathogen dynamics, Multiple hosts, Multiple infections, Myotis, Myotis myotis bats, Nahar, Nipah, Nipah virus, Noctivagans, Novel hosts, Olival, Other lyssaviruses, Other species, Outbreak, Pathogen, Pathogen dynamics, Pathogen ecology, Pathogen spillover, Pathogen variants, Pathogen virulence, Physiological stress, Plo, Plowright, Population connectivity, Population density, Population surveillance data, Prevalence, Proc, Pteropid bats, Pteropus, Pteropus poliocephalus, Public health, Pulliam, Rabies, Rabies virus, Rabies virus infection, Rabies virus variants, Rabies viruses, Rabv, Rabv exposure, Rabv infection, Rabv persistence, Rabv variants, Radio transmitters, Rahman, Restif, Rohani, Rupprecht, Same species, Sample size, Satellite telemetry, Seasonal birth pulses, Seasonal variation, Seasonality, Sensitivity analyses, Short period, Single host, Small colonies, Spillover, Streicker, Susceptible hosts, Tadarida brasiliensis, Temporal changes, Temporal dynamics, Temporal patterns, Theoretical models, Thermal imaging, Time series data, Tness impact, Tooth cementum annuli, Torpor, Torpor patterns, Transmission dynamics, Transmission events, Transmission rates, Tree bats, Turmelle, Urban habituation, Variant, Verlag, Viral, Virol, Virulence, Virus, Virus dynamics, Wang, Weller, West caucasian, Wildlife population, Ying foxes, Zoonosis, Zoonotic, Zoonotic pathogens.

Abstract

• https://api.istex.fr/ark:/67375/WNG-V1112ZDB-5/fulltext.pdf

Affiliations:

• Royaume-Uni, États-Unis
• Angleterre, Angleterre de l'Est, Colorado, Grand Londres, Géorgie (États-Unis), Tennessee
• Cambridge, Londres
• Université de Cambridge

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