2 points Save Answer identify the correct action and event for sliding clamp pro

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2 points Save Answer identify the correct action and event for sliding clamp proteins catalyzes the joining i deoxyribonucleotide 5-tnphosphates (dNTPs) to form the growing DNA chain an enzyme that can synthes ze short fragments of RNA de novo which are complementary to the parent strand template and serve as primers for DNA replication proteins that specifically recognize and bind DNA at the junction between te primer and template . that bnd adjacent to the cl mpload ng proteins forming a n ng around the that bind adacent to the clamp-loading proteins,f forming a rning around the template DNA, this maintains the association of the polymerase with its template as replication proceeds enzymes that catalyze the um ding of parental strand DNA coupled to the hydro yss of ATP ahead of the replication fork "stabdze the unwound template DNA, keeping it r, an extended single-stranded state so that it can be coped by the enzymes that catalyze the reversble breakage and re onng of DNA strands to prevent the unchecked rotation of that occurs ahead of the replication fork complex existing in the replication procedure of DNA, it marks the replication origin by binding to and marking ori sequences in all eukaryotes in an ATP-dependent manner is a particular type of enzyme hat can ink together two DNA strands that have sngle-strand breaks is a 3 to 5 endonuclease and specifically degrades the RNA in RNA DNA hybrids Recognton f te location where to begin repicaton of the double stranded DNA template e double stranded DNA template unwound Formalionofprmers Recogiton of te permer template duplex Formton d anng around the DNA template to alow regiaton to occur unrteruled Synthess of a new daughter seand euk the te not ye Removal of prmers Releamg sness rthe DNA strand a Jongofand 3 ondsofrew daughter DNA Mong toanother queston wa sa Gueston 6 of 11 this response Please do not touch the screen Do not save anything, computers are eras 14 PS FT 98 10

Explanation / Answer

Answer : The correct action and event related to sliding clamp prroteins is " Proteins that bind to adjacent to the clamp loading proteins forming a ring around the DNA template, this maintains the association of the polymerase with the template as replication procedes.

Explanation : These proteins are called processivity promoting factors which increases the processivity of DNA polymerases which is defined as the number of nucleotides added without dissociating from the template DNA or before it dissociates from the template. For example, In prokaryotes Beta subunit of pol III (Dimeric form) and in Eukaryotes PCNA (Proliferating cell nuclear antigen) which is associated with of Polymerase delta acts acts to increase their processivity and thus the efficiency of replication.

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