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Lytic Phage
1132
Ly t i c P h a g e
the glycosidic bond energy by forming a cyclic 1,6disaccharide product. They catalyze the intramolecular transfer of the O-muramyl residue to its own C6 hydroxyl group. 3. The amidases, such as bacteriophage T7 gp3.5, which degrade the peptide bond between MurNAc and the adjacent tetrapeptide crosslinker and endopeptidases, such as the Listeria monocytogenes A500 ply500, which degrade the peptide bond between two tetrapeptides, cutting between m-DAP Ala.
Lytic Phage
See also: Lysis
See also: Lysogeny; Virulent Phage
B S Guttman Copyright ß 2001 Academic Press doi: 10.1006/rwgn.2001.0783
A virulent phage that cannot establish lysogeny and whose characteristic mode of multiplication is to produce rapidly a large number of new phage particles and lyse its host cell.
Ly t i c P h a g e
the glycosidic bond energy by forming a cyclic 1,6disaccharide product. They catalyze the intramolecular transfer of the O-muramyl residue to its own C6 hydroxyl group. 3. The amidases, such as bacteriophage T7 gp3.5, which degrade the peptide bond between MurNAc and the adjacent tetrapeptide crosslinker and endopeptidases, such as the Listeria monocytogenes A500 ply500, which degrade the peptide bond between two tetrapeptides, cutting between m-DAP Ala.
Lytic Phage
See also: Lysis
See also: Lysogeny; Virulent Phage
B S Guttman Copyright ß 2001 Academic Press doi: 10.1006/rwgn.2001.0783
A virulent phage that cannot establish lysogeny and whose characteristic mode of multiplication is to produce rapidly a large number of new phage particles and lyse its host cell.