Matching Pairs Genetics 305, Matching BOnline version The rest of the matching portion from exam 1, 2, and 3 from Matching A. by Alex Montoya 1 Factors that play a key role in the choice of a particular splice site 2 A general transcription factor that binds to the TATA box and recruits RNA polymerase 2 to the core promoter 3 A protein that is required for transcriptional termination of certain bacterial genes 4 Is a component of bacterial RNA polymerase (holoprotein) and functions in the specific recognition of the promotor 5 RNAs transcribed from eukaryotic genes that are not translated but produce small 20 to 25 bp long RNAs that play a role in post-transcriptional and transcriptional regulation 6 The final product in a metabolic pathway influences an earlier enzyme in the pathway 7 The protein-RNA complex that remove introns and joins exons in eukaryotic pre-mRNA 8 The protein-RNA complex that recognizes the ends of chromosomes and extends them using RNA as a template 9 A DNA sequence with a role in preventing chromosome shortening 10 The enzyme plays a role in acetylation of lysine residues in histone proteins resulting in chromatin loosening 11 A protein that recognizes a stop codon and promotes translational termination and the release of the completed polypeptide 12 A sequence in bacterial mRNAs that function as a ribosomal binding site 13 A DNA sequence that ensures proper segregation of chromosomes during mitosis/meiosis 14 An enzyme that "charges" a tRNA with the appropriate amino acid 15 The region of mRNA between the transcription start and the translation start Sigma factor Feedback inhibition Telomere Rho Factor Splicing factors Aminoacyl-tRNA synthetase Release factor miRNA Spliceosomes Telomerase Histone acetyl transferase 5' UTR Centromere Shine-Delgarno sequence TFIID
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