… Compared to these systems the filamentous phage assembly complex is much simpler,
and therefore, an ideal model to study such molecular motors. The information obtained by …

Filamentous phage protein III (pIII), located at one end of the phage, is required for infectivity
and stability of the particle. Cells infected with phage from which gene III has been …

… filamentous phage assembly Thioredoxin is the only host protein known to be required for
filamentous phage assembly. … iterative process of filamentous phage assembly – removing pV …

Filamentous phages release their progeny particles by a secretory process without lysing
the bacterial cell. By this process about 6 viral particles per min are secreted from each cell. …

… Filamentous phage assembly … may play an analogous role in filamentous phage assembly;
it may lock pl into position to displace pV, using energy derived from ATP hydrolysis. The role …

… Filamentous phage assembly in vivo shows an absolute … and shown to support filamentous
phage assembly. Some of the … interacts with the filamentous phage assembly machinery. An …

… is required for filamentous phage assembly, is thioredoxin. … interact to drive an engine for
filamentous phage assembly. … DNA synthesis and in filamentous phage assembly, a specific …

Filamentous phage proteins pI and PIV are morphogenetic proteins required for phage
assembly but not part of the virion. Neither pI nor pIV from the related phages fl and IKe can …

… Filamentous phage assembly is a secretory process. Assembly occurs in the cytoplasmic
membrane, and nascent phages are secreted from the cell as they assemble (figure 12-5). All …

The filamentous phage virion is assembled without killing the host, by extrusion of the DNA
through the envelope and concomitant acquisition of coat proteins from the inner membrane. …