Question

Cell enters gap 1 Cell cycle termination Answer Bank Active telomerase can extend the lost telomere region. Each genomic origin of replication assembles a pre-replication complex RNA is replaced with DNA and lagging strands are joined. RNA primers are added to provide a 3' end for elongation. DNA polymerase synthesizes both the leading and lagging strands from 5' to 3'.

Name: cell enters gap 1 cell cycle termination answer bank active telomerase can extend the lost telomere region each genomic origin of replication assembles a pre replication complex rna is repla 31745
Uploaded: 2022-06-23T00:00:48-08:00
Duration: 4 min 36 s
Channel: Sri K
Description: cell enters gap 1 cell cycle termination answer bank active telomerase can extend the lost telomere region each genomic origin of replication assembles a pre replication complex rna is repla 31745

          Cell enters gap 1
Cell cycle termination
Answer Bank
Active telomerase can extend the lost telomere region.
Each genomic origin of replication assembles a pre-replication complex
RNA is replaced with DNA and lagging strands are joined.
RNA primers are added to provide a 3' end for elongation.
DNA polymerase synthesizes both the leading and lagging strands from 5' to 3'.

cell enters gap 1 cell cycle termination answer bank active telomerase can extend the lost telomere region each genomic origin of replication assembles a pre replication complex rna is repla 31745

Added by Alfredo R.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Sri K

06/23/2022

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The provided answer bank lists several events related to DNA replication and telomere maintenance. Show more…

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Cell enters gap 1 Cell cycle termination Answer Bank Active telomerase can extend the lost telomere region. Each genomic origin of replication assembles a pre-replication complex RNA is replaced with DNA and lagging strands are joined. RNA primers are added to provide a 3' end for elongation. DNA polymerase synthesizes both the leading and lagging strands from 5' to 3'.