The Experts below are selected from a list of 13545 Experts worldwide ranked by ideXlab platform
Christopher J Brand - One of the best experts on this subject based on the ideXlab platform.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Hon S Ip, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
Jeffrey S Hall - One of the best experts on this subject based on the ideXlab platform.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Hon S Ip, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
John B French - One of the best experts on this subject based on the ideXlab platform.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Hon S Ip, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
Sean W Nashold - One of the best experts on this subject based on the ideXlab platform.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Hon S Ip, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
Joshua L Teslaa - One of the best experts on this subject based on the ideXlab platform.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
-
experimental infection of a north american Raptor american kestrel falco sparverius with highly pathogenic avian influenza virus h5n1
PLOS ONE, 2009Co-Authors: Jeffrey S Hall, Christian J Franson, Carol U Meteyer, Sean W Nashold, Joshua L Teslaa, John B French, Patrick T Redig, Hon S Ip, Christopher J BrandAbstract:Several species of wild Raptors have been found in Eurasia infected with highly pathogenic avian influenza virus (HPAIV) subtype H5N1. Should HPAIV (H5N1) reach North America in migratory birds, species of Raptors are at risk not only from environmental exposure, but also from consuming infected birds and carcasses. In this study we used American kestrels as a representative species of a North American Raptor to examine the effects of HPAIV (H5N1) infection in terms of dose response, viral shedding, pathology, and survival. Our data showed that kestrels are highly susceptible to HPAIV (H5N1). All birds typically died or were euthanized due to severe neurologic disease within 4–5 days of inoculation and shed significant amounts of virus both orally and cloacally, regardless of dose administered. The most consistent microscopic lesions were necrosis in the brain and pancreas. This is the first experimental study of HPAIV infection in a North American Raptor and highlights the potential risks to birds of prey if HPAIV (H5N1) is introduced into North America.
