- host adhesion. The
major coat
proteins of both
lipothrixviruses and
rudiviruses have an
unusual four-helix
bundle topology. The
genome is non-segmented...
-
hyperthermophilic archaeal viruses.
These viruses include rod-shaped
rudiviruses SIRV2 and SSRV1,
enveloped filamentous lipothrixviruses AFV1, SFV1 and...
-
replication mechanism a
phylogenetic relationships may
exist between the
rudiviruses (Rudiviridae) and the
large eukaryal DNA viruses: the
African swine fever...
-
nucleoprotein helix is
composed of
asymmetric units of two MCPs. For
rudiviruses, this is a homodimer,
whereas for
lipothrixviruses and tristromaviruses...
-
pyramids (VAPs).
Unlike in the case of some
other archaeal viruses (e.g.,
rudiviruses and turriviruses), the SIFV VAPs have a
hexagonal base (i.e., constructed...
- ends of the genome,
there are
inverted terminal repeats. The
Sulfolobus rudiviruses size up to 32.3 kbp for SIRV1 and 35.8 kbp for SIRV2, with
inverted terminal...
-
spiraviruses are coil-shaped;
guttaviruses are droplet-shaped. Clavaviruses,
rudiviruses, lipothrixviruses, and
tristromaviruses have
filamentous –
flexible or...
- (2008). "Stygiolobus Rod-Shaped
Virus and the
Interplay of
Crenarchaeal Rudiviruses with the
CRISPR Antiviral System".
Journal of Bacteriology. 190 (20):...
- and
share up to nine genes. In addition, the
filamentous particles of
rudiviruses and
lipothrixviruses are
built from
structurally similar, homologous...
