Retroviruses encode an envelope protein

LTR retrotransposons cannot move between organisms

Retroviruses are the only ones present in eukaryotes

Retroviruses do not insert DNA into their host

None of these are correct

Retroviruses encode an envelope protein

LTR retrotransposons cannot move between organisms

Retroviruses are the only ones present in eukaryotes

Retroviruses do not insert DNA into their host

None of these are correct

Retroviruses encode an envelope protein

LTR retrotransposons cannot move between organisms

Retroviruses are the only ones present in eukaryotes

Retroviruses do not insert DNA into their host

None of these are correct

Promote formation of euchromatin and increase gene expression

Facilitate phosphorylation of these lysines by kinases

Signal for ubiquitin-mediated degredation of histones

Prevent transcription factors from binding to DNA

Prevent DNA degredation by endonucleases

Promote formation of euchromatin and increase gene expression

Facilitate phosphorylation of these lysines by kinases

Signal for ubiquitin-mediated degredation of histones

Prevent transcription factors from binding to DNA

Prevent DNA degredation by endonucleases

Promote formation of euchromatin and increase gene expression

Facilitate phosphorylation of these lysines by kinases

Signal for ubiquitin-mediated degredation of histones

Prevent transcription factors from binding to DNA

Prevent DNA degredation by endonucleases

An inducer molecule binds to and inactivates the repressor

An inducer molecule competes with the repressor for binding to the operator

An activator protein displaces the repressor on the operator

A second repressor protein binds to and represses the repressor

The transcription of the repressor protein is inactivated

An inducer molecule binds to and inactivates the repressor

An inducer molecule competes with the repressor for binding to the operator

An activator protein displaces the repressor on the operator

A second repressor protein binds to and represses the repressor

The transcription of the repressor protein is inactivated

An inducer molecule binds to and inactivates the repressor

An inducer molecule competes with the repressor for binding to the operator

An activator protein displaces the repressor on the operator

A second repressor protein binds to and represses the repressor

The transcription of the repressor protein is inactivated

Synthetic lethality

Oncogene addiction

Oncogenic shock

Apoptosis

Secondary mutations