QUESTION 6Histone modifying enzymes can be over- or under-expressed in a variety of human diseases and cancers. How would overexpression of histone methyltransferases affect transcription throughout the genome?O transcription could be increased or decreased depending on which amino acids in histone proteins were modified by this enzymeO transcription would be increasedO transcription would be decreasedO transcription would not be affectedQUESTION 7Eukaryotic genomes contain multiple origins of replication, whereas the E. coli genome contains a single origin of replication. Pick the reason(s) that eukaryotes need multiple replication origins from the list below.O Eukaryotes have large genomesO Eukaryotes have multiple chromosomesO Eukaryotic chromosomes are linearO Eukaryotic DNA is packaged in chromatinO Eukaryotes use both leading-strand and lagging-strand DNA synthesisO Eukaryotes use multiple DNA polymerasesQUESTION 8Describe the role the branch point ribose 2'-OH plays in intron removal.O A. forms a bond with the 5' phosphate of the intron to produce a lariatO B. regulates alternative splicing of some RNASO C. forms a bond with the 3' hydroxyl group of the intron to produce a lariatO D. catalyzes the removal of self-splicing intronsO E. recognized by snRNAs in the spliceosome by base-pair complementarity

Name: QUESTION 6Histone modifying enzymes can be over- or under-expressed i
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: QUESTION 6Histone modifying enzymes can be over- or under-expressed in a variety of human diseases and cancers. How would overexpression of histone methyltransferases affect transcription throughout the genome?O transcription could be increased or d