Match the following phenotypes with the mutation that would be the most likely to be its cause. The mutant proteins are listed below, followed by the protein domain that is mutated in each case, followed by the amino acid change that is a result of the mutation. __ DNA replication in E.coli stops after one replication cycle, and the new DNA strands contain a large number of individual RNA nucleotides spaced throughout the newly synthesized strand. __ An E.coli mutant shows normal replication rates early I DNA replication, but the stops replicating DNA and is unable to continue. __ A mutant human cell line is unable to identify mutations occurring at times when the DNA is not being replicated. __ An E.coli mutant shows high mutation rates after DNA replication, and you observe fragments of methylated DNA cut out from the newly-synthesized chromosome. ProteinDomainMutationsAsp to AlaArg to GluGln to AsnA)abasic nt endonucleaseDNA-binding domainB) DNA gyrasedimerization domainC)DNA helicaseATPase domainD) DNA ligaseDNA phytolaseF) 5' exonucleaseG) ExoILigation domainAla to HisE)DNA-binding domainIle to AlaTrp to AlaGln to Asnnuclease domainnuclease domainArg to ProTrp to AlaAsp to AlaMet to Tyrnuclease domainH)Gamma complexI)J) MSH proteinsExoVIIATPase domainDNA-binding domainK) MutHnuclease domainDNA-binding domainmethyltransferase domainglycosylase domainRNA binding domainDNA binding domainDNA binding domainL) MutSPhe to AlaM) 06-methyltransferaseN) oxoG glycosylase0) PrimaseP) Pol deltaQ) Pol epsilonR) Pol IIIAla to AspGln to AsnMet to TyrIle to AlaGln to AsnAsp to AlaAsp to AlaAsp to AlaIle to AlaThumb domainS)Pol IIIPalm domainFingers domainDNA binding domainT) Pol IIIU) Pol IVV) RNase Hnuclease domainPhe to AlaW) RecJnuclease domainAla to Aspbinding domainDNA binding domainDNA binding domainprotein binding domainprotein binding domainglycosylase domainprotein binding domainprotein binding domainprotein binding domainGln to AsnX) Sliding ClampY) SSBZ) SSBAA) Tao proteinAB) Tao proteinAC) Uracil glycosylaseArg to LysArg to ProAla to AspGln to AsnMet to TyrTrp to AlaAsp to AlaAla to AspAD) UvrAAE) UvrDAF) XP Proteins

Name: Match the following phenotypes with the mutation that would be the mos
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: Match the following phenotypes with the mutation that would be the most likely to be its cause. The mutant proteins are listed below, followed by the protein domain that is mutated in each case, followed by the amino acid change that is a result of