Identify the correct action and event for single strand binding proteins catalyz
ID: 187758 • Letter: I
Question
Identify the correct action and event for single strand binding proteins catalyzes the joining of de oxyrbo nucleotide 5 tr phosphates (dNTPs) to form the growing DNA chain an enzyme that can synthesize short fragments of RNA de novo which are complementary o the parent strand template and serve as primers for DNA replication proteins that specifically recognize and bind DNA at the junc bon between the primer and template prot er s that bind a acent to the cl ng loading proteins. forming a ring around the term late ONA, ths maintains the enzymes that catalyze the un n ng of parental strand DNA coupled to ee hydrolysis of ATP ahead of the association of the polymerase with its template as replication proceeds replication fork stablize the unwound template DNA keping t in an extended singe stranded state so that i can be copied by the a enzymes that catalyze the reversible treakage and rejoining of DNA strands to prevent the unchecked rotation of a mult sub nt complex existing n the repicato n procedure of DNA marks the replication on n by binding to and is a partcular type of enzyme that can link together two DNA strands that have single-strand breaks polymerase DNA that occurs ahead of the replication fork marking ori sequences in all eukaryotes in an ATP dependent manner is a 3to 5 endonuclease and specifically degrades the RNAn RNA DNA hybrids Recognbon of the locabon where to begn replication Unanning of the double stranded DNA template Keeping the double stranded DNA template unwound Formation of prmers Recogiton of the primer template duplex @formaton of a ring around the DNA template to allow replication to occur unnterrupted Syntess of a new daughter strand Removal of primers Releaving stress the DNA strand Joining of 5 and 3 ends of new daughter DNA & Moving to another question will save this response Question 9 of 11 Please do not touch the screen.Do not save anything, compu Esc F1Explanation / Answer
Answer : The action and event associated with the single strand binding proteins " stabilise the unwound template DNA, keeping it in an extended single strannded state so that it can be copied by the polymerase.
Explanation : Single-strand binding proteins/SSBPs binds to single stranded regions of DNA to prevent renaturation/reannealing fater denaturation during DNA replication. Since the separated strands are complimentary they have a tendency to renature to a form duplex form. SSBPs bind to the separated single strands, and prevents renaturation which allows DNA replication machinery to perform its function.