Rhizidiovirus: Difference between revisions

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The '''Rhizidiovirus''' genus consists of dsDNA [[virus]]es<ref>Dawe VH, Kuhn CW (1983) Isolation and characterization of a double-stranded DNA mycovirus infecting the aquatic fungus, ''Rhizidiomyces''. Virology 130(1):21-28</ref> that infect [[stramenopile]]s.
The '''Rhizidiovirus''' genus consists of dsDNA [[virus]]es<ref>Dawe VH, Kuhn CW (1983) Isolation and characterization of a double-stranded DNA mycovirus infecting the aquatic fungus, ''Rhizidiomyces''. Virology 130(1):21–28</ref> that infect [[stramenopile]]s.


==Virology==
==Virology==
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The genome is non segmented, linear double stranded DNA and ~25.5 kilobases in length. It has a [[guanine]] + [[cytosine]] content of 42%. It encodes at least 14 protein with molecular weights between 84.5 to 26 kilo[[Dalton (unit)|Dalton]]s.
The genome is non segmented, linear double stranded DNA and ~25.5 kilobases in length. It has a [[guanine]] + [[cytosine]] content of 42%. It encodes at least 14 protein with molecular weights between 84.5 to 26 kilo[[Dalton (unit)|Dalton]]s.


The virus seems to remain latent within the host until the host is stressed.<ref name=Dawe1983>Dawe VH, Kuhn CW (1983) Virus-like particles in the aquatic fungus, ''Rhizidiomyces''.Virology 130(1):10-20.</ref> Virons first appear in the [[Cell nucleus|nucleus]]. This is followed by the disintegration of the host nucleus and [[cytoplasm]] and their replacement by paracrystalline structures composed of virons. These structures first appear in association with the mitochondria. After the nucleus and cytoplasm have been replaced the cell wall breaks down followed with release of virons into the medium. Vertical transmission also appears to be possible.
The virus seems to remain latent within the host until the host is stressed.<ref name=Dawe1983>Dawe VH, Kuhn CW (1983) Virus-like particles in the aquatic fungus, ''Rhizidiomyces''.Virology 130(1):10–20.</ref> Virons first appear in the [[Cell nucleus|nucleus]]. This is followed by the disintegration of the host nucleus and [[cytoplasm]] and their replacement by paracrystalline structures composed of virons. These structures first appear in association with the mitochondria. After the nucleus and cytoplasm have been replaced the cell wall breaks down followed with release of virons into the medium. Vertical transmission also appears to be possible.


== Literature ==
== Literature ==

Revision as of 19:17, 9 June 2014

Rhizidiovirus
Virus classification
Group:
Group I (dsDNA)
Family:
Unassigned
Genus:
Rhizidiovirus
Type species
Rhizidiomyces virus
Species

Rhizidiomyces virus

The Rhizidiovirus genus consists of dsDNA viruses[1] that infect stramenopiles.

Virology

The viron is non enveloped, isosahedral with a diameter of 60 nanometers (nm).

The genome is non segmented, linear double stranded DNA and ~25.5 kilobases in length. It has a guanine + cytosine content of 42%. It encodes at least 14 protein with molecular weights between 84.5 to 26 kiloDaltons.

The virus seems to remain latent within the host until the host is stressed.[2] Virons first appear in the nucleus. This is followed by the disintegration of the host nucleus and cytoplasm and their replacement by paracrystalline structures composed of virons. These structures first appear in association with the mitochondria. After the nucleus and cytoplasm have been replaced the cell wall breaks down followed with release of virons into the medium. Vertical transmission also appears to be possible.

Literature

  1. ^ Dawe VH, Kuhn CW (1983) Isolation and characterization of a double-stranded DNA mycovirus infecting the aquatic fungus, Rhizidiomyces. Virology 130(1):21–28
  2. ^ Dawe VH, Kuhn CW (1983) Virus-like particles in the aquatic fungus, Rhizidiomyces.Virology 130(1):10–20.

External links