Question

are these correct? I also need help with the blanks

- MATCHING (In each blank place the letter of the term in the blank next to appropriate phrase. Use letters only once you might not need all letters) repeats M. Replication - MATCHING (In each blank, the most appropria RNA polymerasel DNA polymerase RNA polymerase Il S→ 3' delta/epsilon RNA polymerase 111 3-5 exonuclease DNA polymerasel semiconservative activity DNA polymerase II short tandem DNA 5'3'exonuclease DNA polymerase III activity DNA helicase sliding clamp E. DnaB IDNA sigma DNA grase Okazaki fragments single stranded G. DNA ligase Oric binding proteins (SSBPS) H. DNA polymerase primase ΛΑ. telomerase alpha replicon RNA Primuse SRP temporarily stabilizes single- _lays down second primer during stranded DNA conformation after it is eukaryotic replication unwound - most replication in prokaryotes ONA Poly C DNA damage repair in prokaryotes beta-subunit of DNA polymerase III ONA G G relieves supercoiling strain while double-stranded DNA is being unwound these are present at the ends of linear Primase chromosomes; aid in the alignment of lays down RNA primer for replication ribonucleoproteins to finish replication in prokaryotes on lagging strand u helicase loader in prokaryotes it tig case opens double-stranded DNA and ORIC S unwinds it - a region of DNA under the control of one replication origin _ an origin of replication in Poly I removes RNA primer during prokaryotes prokaryotic replication newly-synthesized strand stays with parent strand - all of the DNA polymerases have this proof-reading capacity _ DNA polymerization and extension of replication of chromosome ends in growing chain in this direction eukaryotes 3-8' Okazaki fragmeios DNA polymerase reads the template strand in this direction small pieces of RNA-DNA that accumulate on the lagging strand during replication NA merases have this 51-3 most replication in eukaryotes seals nicks in DNA

Answer 1

Answer:

SSBPs - Single Stranded Binding Protein - temporarily stabilizes single -stranded DNA conformation after it is unwound

DNA Pol II - DNA damage repair in prokaryotes

DNA Gyrase - relieves supercoilig strain while double stranded DNA is being unwound

Primase - lays down RNA primer for replication in prokaryotes

ONAC - helicase loader in prokaryotes

REPLICON- a region of DNA under the control of one replication origin

DNA Pol I - removes Rna rimer during prokaryotic repication

3'-5' exonuclease activity - all of he DNA polymerases have this proof reading capacity

Telomerase - replication of chromosome ens in eukaryotes

Okazaki fragments - small pieces of RNA - DNA that accumulate on the lagging strand during replication

semi conservative - most replication in eukaryotes

DNA ligase - seals nicks in DNA

RNA primase - lays down second primer during eukaryotic replication

semi conservative - most replication in prokaryotes

sliding clamp - beta subunit of DNA Pol III

short tandem DNA repeats - these are present at the end of linear chromosomes :aid in the alignment of ribonucleoproteins to finish replication on lagging strand

DNA helicase - opens double stranded DNA and unwinds it

OriC - an origin of replication in prokaryotes

semiconservative - newly-synthesized strand stays with parent strand

5'-3' - DNA polimerization and extension of growing chain in this direction

3'-5' -DNA polymerase reads the template in this direction