role of interactions between phage and bacterial proteins within the infected cell: a diverse and puzzling interactome

Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage-host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage-hos...

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Veröffentlicht in:Environmental microbiology Jg. 11; H. 11; S. 2789 - 2805
Hauptverfasser: Roucourt, Bart, Lavigne, Rob
Format: Journal Article
Sprache:Englisch
Veröffentlicht: Oxford, UK Oxford, UK : Blackwell Publishing Ltd 01.11.2009
Blackwell Publishing Ltd
Schlagworte:
Bacteria
Bacteria - virology
bacterial proteins
Bacterial Proteins - metabolism
bacteriophages
Bacteriophages - physiology
defense mechanisms
Host-Parasite Interactions
hosts
metabolism
physiology
Protein Interaction Mapping
surveys
therapeutics
Viral Proteins
Viral Proteins - metabolism
virology
ISSN:1462-2912, 1462-2920, 1462-2920
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Abstract Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage-host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage-host interactions reveals the targeted host proteins are inhibited, activated or functionally redirected by the phage protein. These interactions protect the bacteriophage from bacterial defence mechanisms or adapt the host-cell metabolism to establish an efficient infection cycle. Regrettably, a large majority of bacteriophage early proteins lack any identified function. Recent research into the antibacterial potential of bacteriophage-host interactions indicates that phage early proteins seem to target a wide variety of processes in the host cell - many of them non-essential. Since a clear understanding of such interactions may become important for regulations involving phage therapy and in biotechnological applications, increased scientific emphasis on the biological elucidation of such proteins is warranted.
AbstractList Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage–host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage–host interactions reveals the targeted host proteins are inhibited, activated or functionally redirected by the phage protein. These interactions protect the bacteriophage from bacterial defence mechanisms or adapt the host‐cell metabolism to establish an efficient infection cycle. Regrettably, a large majority of bacteriophage early proteins lack any identified function. Recent research into the antibacterial potential of bacteriophage–host interactions indicates that phage early proteins seem to target a wide variety of processes in the host cell – many of them non‐essential. Since a clear understanding of such interactions may become important for regulations involving phage therapy and in biotechnological applications, increased scientific emphasis on the biological elucidation of such proteins is warranted.
SummaryInteractions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage-host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage-host interactions reveals the targeted host proteins are inhibited, activated or functionally redirected by the phage protein. These interactions protect the bacteriophage from bacterial defence mechanisms or adapt the host-cell metabolism to establish an efficient infection cycle. Regrettably, a large majority of bacteriophage early proteins lack any identified function. Recent research into the antibacterial potential of bacteriophage-host interactions indicates that phage early proteins seem to target a wide variety of processes in the host cell - many of them non-essential. Since a clear understanding of such interactions may become important for regulations involving phage therapy and in biotechnological applications, increased scientific emphasis on the biological elucidation of such proteins is warranted.
Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage-host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage-host interactions reveals the targeted host proteins are inhibited, activated or functionally redirected by the phage protein. These interactions protect the bacteriophage from bacterial defence mechanisms or adapt the host-cell metabolism to establish an efficient infection cycle. Regrettably, a large majority of bacteriophage early proteins lack any identified function. Recent research into the antibacterial potential of bacteriophage-host interactions indicates that phage early proteins seem to target a wide variety of processes in the host cell - many of them non-essential. Since a clear understanding of such interactions may become important for regulations involving phage therapy and in biotechnological applications, increased scientific emphasis on the biological elucidation of such proteins is warranted.Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage-host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage-host interactions reveals the targeted host proteins are inhibited, activated or functionally redirected by the phage protein. These interactions protect the bacteriophage from bacterial defence mechanisms or adapt the host-cell metabolism to establish an efficient infection cycle. Regrettably, a large majority of bacteriophage early proteins lack any identified function. Recent research into the antibacterial potential of bacteriophage-host interactions indicates that phage early proteins seem to target a wide variety of processes in the host cell - many of them non-essential. Since a clear understanding of such interactions may become important for regulations involving phage therapy and in biotechnological applications, increased scientific emphasis on the biological elucidation of such proteins is warranted.
Summary Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these bacteriophage–host interactions are often produced immediately after infection. A survey of the available set of published bacteriophage–host interactions reveals the targeted host proteins are inhibited, activated or functionally redirected by the phage protein. These interactions protect the bacteriophage from bacterial defence mechanisms or adapt the host‐cell metabolism to establish an efficient infection cycle. Regrettably, a large majority of bacteriophage early proteins lack any identified function. Recent research into the antibacterial potential of bacteriophage–host interactions indicates that phage early proteins seem to target a wide variety of processes in the host cell – many of them non‐essential. Since a clear understanding of such interactions may become important for regulations involving phage therapy and in biotechnological applications, increased scientific emphasis on the biological elucidation of such proteins is warranted.
Author Roucourt, Bart
Lavigne, Rob
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BackLink https://www.ncbi.nlm.nih.gov/pubmed/19691505$$D View this record in MEDLINE/PubMed
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Snippet Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved in these...
Summary Interactions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved...
SummaryInteractions between bacteriophage proteins and bacterial proteins are important for efficient infection of the host cell. The phage proteins involved...
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SubjectTerms Bacteria
Bacteria - virology
bacterial proteins
Bacterial Proteins - metabolism
bacteriophages
Bacteriophages - physiology
defense mechanisms
Host-Parasite Interactions
hosts
metabolism
physiology
Protein Interaction Mapping
surveys
therapeutics
Viral Proteins
Viral Proteins - metabolism
virology
Title role of interactions between phage and bacterial proteins within the infected cell: a diverse and puzzling interactome
URI https://api.istex.fr/ark:/67375/WNG-P30353K9-W/fulltext.pdf
https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fj.1462-2920.2009.02029.x
https://www.ncbi.nlm.nih.gov/pubmed/19691505
https://www.proquest.com/docview/1365046922
https://www.proquest.com/docview/734119497
https://www.proquest.com/docview/746153200
Volume 11
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