Results 261 to 270 of about 114,480,210 (307)
First detection and molecular characterization of influenza D virus in livestock from Kazakhstan reveals circulation of the D/Yama2019 lineage. [PDF]
Front Vet SciKassymbekov Y +8 more
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Neomycin Exhibits Immunomodulatory and Antiviral Activity Against Influenza B Virus. [PDF]
VirusesRomanovskaya-Romanko E +7 more
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In vitro and in vivo studies of GAPLINC identify it as a critical host factor involved in the regulation of influenza A virus infection. [PDF]
Vet ResWang L +8 more
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Mapping in-cell protein contact sites reveals hijacking of paraspeckles during influenza A virus infection. [PDF]
Nat MicrobiolKotova I +16 more
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Hospital Medicine, 1999
Influenza is a severe cause of morbidity and mortality throughout the world, resulting in annual outbreaks in all age ranges of the population. With an extensive animal reservoir the threat of emergence of a novel influenza virus, capable of causing a pandemic, has spurred research into novel therapies with which to fight the virus.
J D, Stockton, M C, Zambon
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Influenza is a severe cause of morbidity and mortality throughout the world, resulting in annual outbreaks in all age ranges of the population. With an extensive animal reservoir the threat of emergence of a novel influenza virus, capable of causing a pandemic, has spurred research into novel therapies with which to fight the virus.
J D, Stockton, M C, Zambon
openaire +2 more sources
Current Protocols in Immunology, 2001
AbstractThis unit contains several methods for infecting mice with influenza virus. It also includes protocols needed to propagate influenza virus in hen eggs, quantitate virus titers (in tissue culture medium and in influenza‐infected mouse serum), and adopt human isolates of influenza for growth in mice.
R, Cottey, C A, Rowe, B S, Bender
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AbstractThis unit contains several methods for infecting mice with influenza virus. It also includes protocols needed to propagate influenza virus in hen eggs, quantitate virus titers (in tissue culture medium and in influenza‐infected mouse serum), and adopt human isolates of influenza for growth in mice.
R, Cottey, C A, Rowe, B S, Bender
openaire +2 more sources
Annals of the New York Academy of Sciences, 2007
Abstract: The outbreaks of avian influenza A virus in poultry and humans over the last decade posed a pandemic threat to human. Here, we discuss the basic classification and the structure of influenza A virus. The viral genome contains eight RNA viral segments and the functions of viral proteins encoded by this genome are described.
Cheung, TKW, Poon, LLM
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Abstract: The outbreaks of avian influenza A virus in poultry and humans over the last decade posed a pandemic threat to human. Here, we discuss the basic classification and the structure of influenza A virus. The viral genome contains eight RNA viral segments and the functions of viral proteins encoded by this genome are described.
Cheung, TKW, Poon, LLM
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The neuraminidase of influenza virus
Proteins: Structure, Function, and Bioinformatics, 1989AbstractIt is the enzyme neuraminidase, projecting form the surface of influenza virus particles, which allows the virus to leave infected cells and spread in the body. Antibodies which inhibit the enzyme limit the infection, but antigenic variation of the neuraminidase renders it ineffective in a vaccine.
G M, Air, W G, Laver
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Nature, 1960
THE sialidase of influenza virus has been investigated quantitatively using the method recently described by Warren1 for determining free sialic acid in the presence of the compound bound to muco-protein substrates. For this work, the substrate used was a mucoid derived from the nest-cementing substance of the swiftlet (Collocalia sp.).
C, HOWE, L T, LEE, H M, ROSE
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THE sialidase of influenza virus has been investigated quantitatively using the method recently described by Warren1 for determining free sialic acid in the presence of the compound bound to muco-protein substrates. For this work, the substrate used was a mucoid derived from the nest-cementing substance of the swiftlet (Collocalia sp.).
C, HOWE, L T, LEE, H M, ROSE
openaire +2 more sources
Biologicals, 1995
The establishment of reverse genetics methods to manipulate influenza virus genomes has allowed the generation of recombinant (transfectant) influenza viruses expressing foreign sequences. Strategies for the construction of influenza virus vectors include the insertion of foreign epitopes into influenza virus glycoproteins, the expression of ...
A, García-Sastre, P, Palese
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The establishment of reverse genetics methods to manipulate influenza virus genomes has allowed the generation of recombinant (transfectant) influenza viruses expressing foreign sequences. Strategies for the construction of influenza virus vectors include the insertion of foreign epitopes into influenza virus glycoproteins, the expression of ...
A, García-Sastre, P, Palese
openaire +2 more sources