DNA 5’ -35 RBS -10 TATA S-L UAA Poly A CGU TSS AUG 3’
DNA 3’ TGC ACG TGC ATG GAT CCG CGC AAT ATA TAC GCT ATA TCG ATC TAC GAC GAT CGA CTA ATA TAT CGA CTA GCG AAC ACT ACC 5’
mRNA5’ ACG UGC ACG UAC CUA GGC GCG UUA UAU AUG CGA UAU AGC UAG AUG CUC GUA GCU GAU UAU AUA GCU GAU CGC UUG UGA UGG 3’
Protein Seq 5’ -thr- cys-thr-tyr-leu-gly-ala-leu-tyr-met-arg-tyr-ser-Stop-3’
1. EORA BACTERIAL GENE, writing left-to-right, show the relative positions of each of these genetic elements...
Question 2. FOR A BACTERIAL GENE, writing left-to-right, show the relative positions of each of these genetic elements as they would appear in the DNA from upstream on the left to downstream on the right. Of course, some of these genetic elements will only be active once they are in mRNA (e.g., the translational start codon), but they are still found encoded in the sequence of DNA. RBS ribosome binding site UAA translational stop site (UAA) TSS transcriptional start site...
The template strand of a given gene includes the sequence 3'-GCCACGTATCAG-5'. For each one, be sure to indicate 5' and 3' ends (DNA & RNA) and N and C termini (polypeptide). What is the sequence of the nontemplate strand (a), mRNA sequence made (b) and polypeptide made (c)? Hint: They are aligned in a way that you don't have to worry about the direction, because polynucleotides grow from 5' to 3' direction. (7 pts) Second base of RNA codon 000...
5' or or Using the codon table provided, fill in the missing entries in the following table (yellow boxes with numbers). Assume that the reading frame is fromleft to right(and the start codon is not SHOWN here, but EXISTS upstream [to the left] of the sequence shown here) and that columns represent transcriptional and translational alignments. 5. Strand ID? 3' 1 3 4 5 6 A T G | I | G | 15 16 7. 14 17 དུ་ U...
The following DNA sequence contains a bacterial gene: 1. Copy the above sequence and indicate on it the: a. -10 and -35 promoter region b. Ribosome binding site c. Stop codon (and whether it is an amber, opal or ochre codon), d. Transcriptional terminator. e. Note the atg start site has been marked and the gene is indicated in italics 2. Is the promoter a strong or weak promoter? Why? 3. Is the terminator a Rho dependent or Rho independent...
29. Which of the following would be synthesized in and processed by the smooth endoplasmic reticulum and Golgi apparatus? A. lipids and steroids B. DNA polymerase and RNA polymerase C. lysosomal enzymes D. cytoskeletal proteins 30. Which of the following are processed in the Golgi apparatus? A. integral membrane proteins of the plasma membrane B. proteins that are secreted from the cell C. proteins that will be broken down by lysosomes D. all of the above E. none of the...