assignment Indicate how the following replication components (numbered from a to
ID: 214375 • Letter: A
Question
assignment
Indicate how the following replication components (numbered from a to i) match the following statements (from 1 to 14 below) in conjunction with the replication in prokaryotes.
Note that some statements match multiple replication components, and some replication components are associated with multiple statements.
Replikationskomponenter:
a. DNA polymerase III holoenzyme
b. Lagging beach
c. Leading beach
d. oriC (origin of replication)
e. Primase
f. DNA polymerase I
g. DNA ligase
h. Helikase
i. Termination sites
3
Statement:
1. Correct reader using its 3'-5 'exonuclease activity
2. Being synthesized continuously
3. Synthesizes most of DNA during replication
4. Being synthesized discontinuously in smaller pieces
5. Fill out the areas where RNA is removed
6. Is the place on the chromosome from which the DNA replication starts
7. Linking DNA fragments onto lagging beach
8. Contains a 5'-3 'exonuclease activity that can remove RNA primers
9. Is a DNA dependent RNA polymerase
10. Is a DNA-dependent DNA polymerase
11. Uses NAD + to form phosphodiester bonds
12. Sets bound by replication forks
13. Located on the opposite side of the circular E. coli through relative to oriC
14. Separates the parental DNA strings in the replication fork
Explanation / Answer
Answer:
a. DNA polymerase iii holoenzyme - (1) correct reader using its 3'-5' exonuclease activity.,(12) sets bound by replication fork.
b.Lagging beach - (6) is the place of the chromosome from which the DNA replication starts
c. Leading beach -(7) linking DNA fragments onto lagging beach
d. origin of replication - (6) is the place on the chromosome from which the DNA replication starts.
e. Primase - (3) synthesizes most of the DNA during the replication of the DNA.
f. DNA polymerase 1- (10) DNA dependent DNA polymerase .
g. DNA ligase -(1) correct reader using it's 3'-5' exonuclease activity
h. helikase- (14)- separates the parental DNA strings in the replication fork.
i. Termination sites -
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