ArticleThe causal agent of halo blight in bean, Pseudomonas syringae pv. phaseolicola, attaches to stomata via its pili☆
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Advancing phage therapy through the lens of virus host-breadth and emergence potential
2021, Advances in Virus ResearchCitation Excerpt :Importantly, the scientific literature provides evidence that some lytic phages may be efficient at killing multiple host species, or can easily mutate to achieve broad host range. For example, the lytic dsRNA phage phi-6 (virus family Cystoviridae) naturally infects many pathovars (varieties) of Pseudomonas syringae, an important agricultural plant pathogen responsible for “halo blight” in beans and other legumes (Romantschuk and Bamford, 1986). Laboratory studies show that phage phi-6 can easily change via point mutations to become capable of infecting species of Pseudomonads that are very distantly related to P. syringae (Duffy et al., 2007).
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2015, Advances in Virus ResearchCitation Excerpt :These spikes are anchored to the virion through the integral membrane protein P6. For ϕ6, the receptor is the side of a type IV pilus (host pathogenesis factor) extending from the host cell surface (Fig. 3H; Mindich, Sinclair, & Cohen, 1976; Roine, Nunn, Paulin, & Romantschuk, 1996; Roine, Raineri, Romantschuk, Wilson, & Nunn, 1998; Romantschuk & Bamford, 1985, 1986). Other ϕ6-like viruses may use different cell surface structures for attachment.
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This study was supported by a researcher grant from the Academy of Finland to D.B. and by a grant from the Alfred Kordelin Foundation to M.R.