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T7 Bacteriophage - Enterobacteria phage T7 | T7 Bacteriophage - Enterobacteria phage T7 | ||
Superkingdom: Viruses | |||
Clade: Duplodnaviria | |||
Kingdom: Heunggongvirae | |||
Phylum: Uroviricota | |||
Class: Caudoviricetes | |||
Family: Autographiviridae | |||
Subfamily: Studiervirinae | |||
Genus: Teseptimavirus | |||
Species: Teseptimavirus T7 | |||
Like other viruses, the T7 bacteriophage does not produce its own energy. Instead, it infiltrates a bacterium via a membrane protein, and alters the genome in the nuclear envelope. By doing this, the T7 bacteriophage interferes with the protein synthesis and metabolic pathways of the bacteria into producing viral proteins and packaging them with the viruses genome. | Like other viruses, the T7 bacteriophage does not produce its own energy. Instead, it infiltrates a bacterium via a membrane protein, and alters the genome in the nuclear envelope. By doing this, the T7 bacteriophage interferes with the protein synthesis and metabolic pathways of the bacteria into producing viral proteins and packaging them with the viruses genome. | ||
The genome of the T7 Bacteriophage is comprised of approximately 40,000 bp of DNA coding for 55 proteins. Many of these genes are overlapping and are removed via refactoring of the genome. | The genome of the T7 Bacteriophage is comprised of approximately 40,000 bp of DNA coding for 55 proteins. Many of these genes are overlapping and are removed via refactoring of the genome. | ||
Revision as of 03:40, 17 November 2023
T7 Bacteriophage - Enterobacteria phage T7
Superkingdom: Viruses Clade: Duplodnaviria Kingdom: Heunggongvirae Phylum: Uroviricota Class: Caudoviricetes Family: Autographiviridae Subfamily: Studiervirinae Genus: Teseptimavirus Species: Teseptimavirus T7
Like other viruses, the T7 bacteriophage does not produce its own energy. Instead, it infiltrates a bacterium via a membrane protein, and alters the genome in the nuclear envelope. By doing this, the T7 bacteriophage interferes with the protein synthesis and metabolic pathways of the bacteria into producing viral proteins and packaging them with the viruses genome.
The genome of the T7 Bacteriophage is comprised of approximately 40,000 bp of DNA coding for 55 proteins. Many of these genes are overlapping and are removed via refactoring of the genome.
