First discovered in Tetrahymena by Blackburn and Greider, FTP identify this enzyme that deals with the problem of lagging- strand shortening during DNA replication by extending the sequences at the ends of linear chromosomes.
Drosophila lacks this enzyme that associates with the Ku [read: coo] heterodimer and p23, a component of the foldosome. It associates with a structure that itself interacts with Rap1 and Sir proteins and that has a G/T-rich sequence. Its protein has a C-terminal domain involved in processivity as well as several reverse transcriptase motifs, while its RNA component acts as a template. First discovered in Tetrahymena by Blackburn and Greider, FTP identify this enzyme that deals with the problem of lagging- strand shortening during DNA replication by extending the sequences at the ends of linear chromosomes.
Drosophila lacks this enzyme that associates with the Ku [read: coo] heterodimer and p23, a component of the foldosome.
{telomerase} or {telomere terminal transferase}