a bacterial cell in which the [ Choose ] F plasmid has become part of the chromosome lesion caused by UV [ Choose ] Protein that stops [ Choose ] transcription in prokaryotes Promotes transcription from [ Choose ] a distance (far from promoter) Protein that inhibits [ Choose ] eukaryotic transcription (at least in yeast) DNA sequence (prokaryotes) [ Choose ] on which repressor binds UV light [ Choose ] Process that controls gene [ Choose ] expression AFTER transcription but BEFORE translation in eukaryotes only

You decide to work on mutant strain 2. You introduce a wild-type operon into these mutant bacteria - i.e. an operons with fully functional regulatory and operon genes - to see if you can restore function. 5. When you add ethanol to these modified bacteria, the expression of genes C and D would be ( Select] 6. When you remove the ethanol, the expression of genes C and D would be ( Select )

Defects in which enzymes enumerated below would impair the repair of the sequence below in Eukaryotic cells (select all that apply)? GCTATGACTUGCATCCGAT CGATACTGAGCGTAGGCTA A. uvrA✔ B. Uracil DNA Glycosylase✔ C. MutS✔ D. Flap Endonuclease (FEN1) ✔ E. DNA Polymerase Beta

Matching Match each item with the correct statement below. Not all terms will be used a. 5' GTP cap f. RFLPs b. Target copy g. sticky ends c. Ligase h. cloned DNA d. Cas-9 i recombinant DNA j. ampicillin e. Host cell 1. A cell (usually a bacteria) that has a gene put in it so the gene can be cloned 2. An example of a post-transcriptional modification of mRNA 3. Sections of DNA that vary between individuals. These can be used for DNA fingerprinting 4. May be used following transformation to kill off cells that a gene didn't enter 5. Molecule of DNA created during PCR that is the desired length 6. A molecule of DNA that comes from two different sources that are spliced together 7. Ends of DNA cut by a restriction enzyme where not all nucleotides are paired (i.e. ends are uneven) 8. Protein that works with CRISPR to cut DNA at a specific spot