AbstractOnly a minority of RNA viruses that can infect humans are capable of spreading in human populations independently of a zoonotic reservoir. This is especially true of vector-borne RNA viruses; the majority of these are not transmissible (via the vector) between humans at all. Understanding the biology underlying this observation will help us evaluate the public health risk associated with novel vector-borne RNA viruses
Cross-species transmission of infectious diseases has been at the forefront of our current reality c...
Viruses of wild and domestic animals can infect humans in a process called zoonosis, and these event...
Rodents (order Rodentia), followed by bats (order Chiroptera), comprise the largest percentage of li...
AbstractOnly a minority of RNA viruses that can infect humans are capable of spreading in human popu...
Many new and emerging RNA and DNA viruses are zoonotic or have zoonotic origins in an animal reservo...
The notion that certain animal groups disproportionately maintain and transmit viruses to humans due...
Many new and emerging RNA and DNA viruses are zoonotic or have zoonotic origins in an animal reservo...
Novel infectious diseases continue to emerge within human populations. Predictive studies have begun...
International audienceAim Emerging infectious diseases arising from pathogen spillover from mammals ...
Despite advances in understanding the patterns and processes of microevolution in RNA viruses, littl...
The transmission of viruses between different host species is a major source of emerging diseases an...
This thesis examines the evolutionary biology of the RNA viruses, a diverse group of pathogens that ...
Identifying the animal origins of RNA viruses requires years of field and laboratory studies that st...
Zoonotic viruses, such as HIV, Ebola virus, coronaviruses, influenza A viruses, hantaviruses, or hen...
Novel infectious diseases continue to emerge within human populations. Predictive studies have begun...
Cross-species transmission of infectious diseases has been at the forefront of our current reality c...
Viruses of wild and domestic animals can infect humans in a process called zoonosis, and these event...
Rodents (order Rodentia), followed by bats (order Chiroptera), comprise the largest percentage of li...
AbstractOnly a minority of RNA viruses that can infect humans are capable of spreading in human popu...
Many new and emerging RNA and DNA viruses are zoonotic or have zoonotic origins in an animal reservo...
The notion that certain animal groups disproportionately maintain and transmit viruses to humans due...
Many new and emerging RNA and DNA viruses are zoonotic or have zoonotic origins in an animal reservo...
Novel infectious diseases continue to emerge within human populations. Predictive studies have begun...
International audienceAim Emerging infectious diseases arising from pathogen spillover from mammals ...
Despite advances in understanding the patterns and processes of microevolution in RNA viruses, littl...
The transmission of viruses between different host species is a major source of emerging diseases an...
This thesis examines the evolutionary biology of the RNA viruses, a diverse group of pathogens that ...
Identifying the animal origins of RNA viruses requires years of field and laboratory studies that st...
Zoonotic viruses, such as HIV, Ebola virus, coronaviruses, influenza A viruses, hantaviruses, or hen...
Novel infectious diseases continue to emerge within human populations. Predictive studies have begun...
Cross-species transmission of infectious diseases has been at the forefront of our current reality c...
Viruses of wild and domestic animals can infect humans in a process called zoonosis, and these event...
Rodents (order Rodentia), followed by bats (order Chiroptera), comprise the largest percentage of li...