Its mechanism involves the use of the c-r-o protein. However the primary mechanism deals with the recognition of the O sub L and O sub R regions, which are present on either side of the cI gene.
Its mechanism involves the use of the c-r-o protein. However the primary mechanism deals with the recognition of the O sub L and O sub R regions, which are present on either side of the cI gene. It is that very own cI gene that produces the repressor protein that, ironically enough, acts on the phage itself. As a result, the involved DNA is integrated into the infected cell, though it is greatly repressed. FTP, name this viral pathway that does not lead to the bursting of the cell, unlike the lytic cycle.
Its mechanism involves the use of the c-r-o protein. However the primary mechanism deals with the recognition of the O sub L and O sub R regions, which are present on either side of the cI gene.
{lysogeny} or {lysogenic} cycle