QUESTION 19 15 points Conversion of G to Tin ONAs an example of Transversion Pyridine dimer Transition Tautomenzation 2.

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Question 19 15 Points Conversion Of G To Tin Onas An Example Of Transversion Pyridine Dimer Transition Tautomenzation 2 1 (20.39 KiB) Viewed 11 times

Question 19 15 Points Conversion Of G To Tin Onas An Example Of Transversion Pyridine Dimer Transition Tautomenzation 2 2 (20.36 KiB) Viewed 11 times

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QUESTION 19 15 points Conversion of G to Tin ONAs an example of Transversion Pyridine dimer Transition Tautomenzation 2.1 points QUESTION 20 Pyrimidine demers that are detected by the cellare most likely to be repaired using Proofreading Nucleotide con repair Mismatch repair 2.1 points QUESTION 21 Gto Transversions in DNA are most commonly caused by Nitrosamins in preserved meat such as ham Ultraviolet light, eg, from the sun Benzopyrene in smoke, such as from Cigars Spontaneous common from the more common to the less common some

2.1 points QUESTION 22 Which of the DNA repair mechanours primary during 1 and 2 of the collect all apply Proofreading Nude con repair Matchmar 34 points QUESTION 23 Assuming the following mons are in a protein-coding gone, rankom in order of mood (1) lost (4) to do the function of the encoded protein A point mution in the shore of a codon A point mutation in the 2nd base of a codon A point mutation in the base of a codon A singlo-nucleotide insertion 2.1 points QUESTION 24 Which of the following is NOT a resonate definition of one any proti coding DNA chromosome unit of inhece wyction of DNA that gets transced into RNA

QUESTION 27 2.1 points Which of the following is true for DNA replication but not RNA transcription? It requires a primer It requires a template it polymeries 5 to 3 It depends on unwinding of DNA All of the above are true for DNA replication but not transcription QUESTION 28 2.1 points Which of the following aspects of transcription is true for Eukaryotes but not bacteria? RNA polymerase can build new nucleic acids from free nucleotides and doesn't need a primer Only Eukaryotes have mRNAS A 7-methyl guanosine cap at the end of mRNA increases stability Transcription and translation may occur simultaneously 2.1 points QUESTION 29 Center Written from 5 to 3, the sequence of an RNA molecule made using the top strand of DNA belows its template would be umor bunctuation)

QUESTION 30 2.1 The lac repressor in bacteria and when tactose is present the lac genes Activates transcription of lactose-metabolism genes, are NOT transcribed Inhibits transcription of lactose-metabolism genes are transcribed Activates transcription of lactose-metabolism genes are transcribed Inhibits transcription of lactose-metabolism gones: are NOT transcribed QUESTION 31 2.1 points binds to the operator and prevents RNA polymerase from catalyong transcription one word answer In the lac operon the la sporing maters) QUESTION 32 points If you engineered a bacterial mutant lacking the lac operator, you would expect Expression of lac operon genes only in the absence of lactose; no expression in the presence of lactose, No expression of loc operon genes in the absence of lactose, but expression of these genes in the presence of lactose No expression of loc operon genes ever even in the presence of lactose Constitutive expression of genes in the lac operon