Continuing progress towards a unified nomenclature for the highly pathogenic H5N1 avian influenza viruses: Divergence of clade 2·2 viruses

• Donis, R.O.
• Smith, G.
• Brown, I.H.
• Capua, I.
• Cattoli, G.
• Chen, H.
• Cox, N.J.
• Davis, C.T.
• Fouchier, R.A.M.
• Garten, R.
• Guan, Y.
• Hay, A.
• Kawaoka, Y.
• Mackenzie, I.R.A.
• McCauley, J.
• Mumford, E.
• Olsen, C.
• Perdue, M.L.
• Russell, C.A.
• Smith, C.
• Smith, D.R.
• Smith, G.J.D.
• Shu, Y.
• Tashiro, M.
• Vijaykrishna, D.
• Webster, R.G.
• , et al.

2009-03-18
Article

Related Files
Redirect to publisher's version (publisher's version.url.txt, 50 bytes)

• letter
• priority journal
• nonhuman
• phylogeny
• Molecular epidemiology
• standardization
• sequence analysis
• Influenza virus A H5N1
• molecular evolution
• Bayes theorem
• H5N1
• Highly pathogenic avian influenza
• Nomenclature
• Phylogenetics
• Viral evolution
• nomenclature
• nucleic acid analysis
• phylogenetic tree
• sequence homology
• species diversity
• virus classification
• virus isolation
• virus morphogenesis