Avian influenza virus / by Spackman, Erica

Viroporins in the influenza virus by To, Janet, Torres, Jaume

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Filamentous influenza viruses by Dadonaite, B, Vijayakrishnan, S, Fodor, E, Bhella, D, Hutchinson, E

“…Clinical isolates of influenza virus produce pleomorphic virus particles, including extremely long filamentous virions. …”

Detection of avian influenza virus. by Omar, Abdul Rahman, Ideris, Aini, Ong, Wee Theng, Syed Hassan, Sharifah, Zulkifli, Hazalina

“…The present invention provides a method of simultaneously detecting influenza virus type A and subtyping of the H9N2 subtype of influenza virus type A that cause respiratory infections in avian species. …”

Influenza virus lethal assortants by Abdul Razak, Mariatulqabtiah, Blumenkrantz, Deena, Barclay, Wendy, Omar, Abdul Rahman

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Mining evolutionary network of influenza viruses : pipeline for co-mutational analysis of influenza viruses’ sequences by Lim, Chun Wei

“…Hence, there is a demand to outline the evolution of influenza viruses for better selection of vaccines and predict pandemic strains. …”
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Human adaptation of avian influenza viruses by Srinivasan, Karunya

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Pathogenesis of influenza: virus-host interactions. by Godlee, A, Almond, M, Dong, T

“…Towards the end of May 2011, over 200 virologists and immunologists came to Hong Kong, an appropriate setting given the emergence of H5N1, to discuss influenza virus and host interactions. The meeting, expertly organized by Siamon Gordon (University of Oxford, Oxofrd, UK), Malik Peiris (University of Hong Kong, Hong Kong, China) and Kanta Subbarao (NIAID, NIH, MD, USA), took place in the aftermath of the first pandemic in 40 years and provided great insight into both pandemic H1N1 and H5N1. …”

Influenza virus activation of the interferon system. by Killip, M, Fodor, E, Randall, R

“…The host interferon (IFN) response represents one of the first barriers that influenza viruses must surmount in order to establish an infection. …”

Peptide inhibitors against influenza virus by Mohamed Ibrhaim, Mohamed Rajik, Yusoff, Khatijah

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Enhancement of Antibody Responses in Chickens Vaccinated with a Plasmid DNA Construct of Avian Influenza Virus H5 Gene Infused with Hsp70 of Mycobacterium Tuberculosis by Pirozyan, Mehdi Rasoli

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Effect of Early Secreted Antigen Target-6 Gene of Mycobacterium Tuberculosis as Genetic Adjuvant for Avian Influenza Virus DNA Vaccine in Chickens by Oveissi, Sara

Subjects: “…Influenza viruses…”
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CD8⁺ T Cell Response to Influenza Virus by Doty, Daniel, S.M. Massachusetts Institute of Technology

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Learning evolutionary and virulence patterns of influenza viruses by Tan, Tosy Ying Jie

“…Although the classification results were not as ideal, we managed to conclude that the median lethal dosage has an influence in determining the virulence level of an influenza virus. It was also proven that the HA segments contains crucial information on the virulence of influenza viruses as well as shown that categorisation by host strains seems to produce better classification results. …”
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Predicting the antigenicity and reassortment probability of influenza viruses by Ong, Wenqi

“…The emergence of novel combinations of influenza virus strains has been the main cause of pandemics as it outpaces the development of flu vaccines to bring the spread of the influenza virus under control. …”
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A mechanism for the activation of the influenza virus transcriptase by Serna Martin, I, Hengrung, N, Renner, M, Sharps, J, Martinez Alonso, M, Masiulis, S, Grimes, J, Fodor, E

“…Influenza virus RNA polymerase (FluPol), a heterotrimer composed of PB1, PB2, and PA subunits (P3 in influenza C), performs both transcription and replication of the viral RNA genome. …”

The effect of influenza virus on the human oropharyngeal microbiome by Ramos-Sevillano, E, Wade, W, Mann, A, Gilbert, A, Lambkin-Williams, R, Killingley, B, Nguyen-Van-Tam, JS, Tang, CM

INTERACTION BETWEEN INFLUENZA-VIRUS AND HLA ANTIGENS by Hildreth, J, Mcmichael, A

HLA COMPLEX AND THE IMMUNE-RESPONSE TO INFLUENZA-VIRUS by Mcmichael, A, Weatherall, D

Recognition of influenza virus proteins by cytotoxic T lymphocytes. by Townsend, A, Bastin, J, Bodmer, H, Brownlee, G, Davey, J, Gotch, F, Gould, K, Jones, I, McMichael, A, Rothbard, J

“…Recombinant DNA techniques have been used to express the proteins of influenza virus individually. Target cells expressing single viral proteins were then used to identify the molecules recognized by cytotoxic T lymphocytes (CTLS). …”