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  1. Apr 11, 2017 · The genome of T4-type Vibrio bacteriophage KVP40 has five genes predicted to encode proteins of pyridine nucleotide metabolism, of which two, nadV and natV, would suffice for an NAD + salvage pathway.

    • Jae Yun Lee, Zhiqun Li, Eric S Miller
    • 2017
  2. May 5, 2017 · The genome of T4-type Vibrio bacteriophage KVP40 has five genes predicted to encode proteins of pyridine nucleotide metabolism, of which two, nadV and natV, would suffice for an NAD + salvage pathway.

    • Jae Yun Lee, Zhiqun Li, Eric S Miller
    • 10.1128/JB.00855-16
    • 2017
    • J Bacteriol. 2017 May 1; 199(9): e00855-16.
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  4. Feb 5, 2004 · We show that the 335-amino acid KVP40 Rnl2 is a monomeric protein that catalyzes RNA end-joining through ligase–adenylate and RNA–adenylate (AppRNA) intermediates. In the absence of ATP, pre-adenylated KVP40 Rnl2 reacts with an 18-mer 5′-PO 4 single-strand RNA (pRNA) to form an 18-mer RNA circle.

    • Shenmin Yin, C Kiong Ho, Eric S Miller, Stewart Shuman
    • 2004
  5. Feb 24, 2018 · The broad lytic spectrum and efficiency against several causative agents of vibriosis emphasizes the potential of KVP40 to control vibriosis in aquaculture settings. The bacterial receptor that KVP40 recognizes in order to infect its hosts is the universal outer membrane protein K (OmpK), which is very common among Vibrio species . Targeting a ...

    • Panos G Kalatzis, Daniel Castillo, Pantelis Katharios, Mathias Middelboe
    • 10.3390/antibiotics7010015
    • 2018
    • Antibiotics (Basel). 2018 Mar; 7(1): 15.
  6. Jun 7, 2012 · Vibrio parahaemolyticus is associated with gastroenteritis, wound infections, and septicemia in human and animals. Phages can control the population of the pathogen. So far, the only one reported genome among giant vibriophages is KVP40: 244,835 bp with 26% coding regions that have T4 homologs.

    • Ying-Rong Lin, Chan-Shing Lin, Chan-Shing Lin
    • 2012
  7. Feb 5, 2004 · We show that the 335-amino acid KVP40 Rnl2 is a monomeric protein that catalyzes RNA end-joining through ligase-adenylate and RNA-adenylate (AppRNA) intermediates. In the absence of ATP, pre-adenylated KVP40 Rnl2 reacts with an 18-mer 5'-PO (4) single-strand RNA (pRNA) to form an 18-mer RNA circle.

  8. Feb 6, 2017 · Large freshwater phage genomes reconstructed from freshwater lakes known to contain bacteria that oxidize methane can encode the pmoC gene, an important subunit of the methane oxidation enzyme, methane monooxygenase, which could modulate the efflux of this potent greenhouse gas into the environment. Expand. 62. PDF.