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It groups viruses based on how mRNA is produced during replication.
They utilize host enzymes for replication and protein production.
They can have either plus-strand or minus-strand DNA.
Cells destroy dsRNA, requiring the virus to protect its genome.
They can use it directly as mRNA for immediate translation.
They have a ssRNA genome with a DNA intermediate in their lifecycle.
It transcribes mRNA and replicates the viral RNA genome.
It follows the pathway: dsDNA → mRNA → protein.
They require a complementary DNA strand for replication.
They include dsDNA, ssDNA, dsRNA, (+)ssRNA, (−)ssRNA, ssRNA-RT, and dsDNA-RT.
It groups viruses based on how mRNA is produced during replication.
They utilize host enzymes for replication and protein production.
They can have either plus-strand or minus-strand DNA.
Cells destroy dsRNA, requiring the virus to protect its genome.
They use it directly as mRNA for immediate translation.
They have a ssRNA genome with a DNA intermediate in their lifecycle.
It transcribes mRNA and replicates the RNA genome.
It follows the pathway: dsDNA → mRNA → protein.
It allows the genomic RNA to serve directly as mRNA.
They include dsDNA, ssDNA, dsRNA, (+)ssRNA, (−)ssRNA, ssRNA-RT, and dsDNA-RT.
It groups viruses based on mRNA production during replication.
They use host enzymes for replication and protein production.
They can have either plus-strand or minus-strand DNA.
Cells destroy dsRNA, requiring the virus to protect its genome.
They can use it directly as mRNA for immediate translation.
They have a ssRNA genome with a DNA intermediate in their lifecycle.
It transcribes mRNA and replicates the RNA genome.
It follows the pathway: dsDNA → mRNA → protein.
They require a complementary DNA strand for replication.
It allows the genomic RNA to serve directly as mRNA.
It groups viruses based on how mRNA is produced during replication.
They utilize host enzymes for replication and protein production.
They can have either plus-strand or minus-strand DNA.
Cells destroy dsRNA, requiring the virus to protect its genome.
They can use it directly as mRNA for immediate translation.
They have a ssRNA genome with a DNA intermediate in their lifecycle.
It transcribes mRNA and replicates the RNA genome.
It follows the pathway: dsDNA → mRNA → protein.
They require a complementary DNA strand for replication.
It allows the genomic RNA to serve directly as mRNA.