Lets, Hereby we are marking the wooble position of a codon by W.
Leucine is coded by [UUA, UUG] UUW and [CUU,CUC,CUA,CUG] CUW. Thus, minimum two tRNAs will be required for leucine
Methionine is coded by AUG. Thus, one tRNA will be required for methionine.
Serine is coded by [UCU,UCC,UCA,UCG] UCW and [AGU,AGC] AGW. Thus, minimum two tRNAs will be required for serine.
22. The wobble rules for tRNA-mRNA pairing are shown in Figure 15.12b. If we assume that...
Refer to the wobble rules for tRNA–mRNA pairing I presented in class (also see your textbook). If we assume that the tRNAs contain no modified bases (e.g., inosine), what is the minimum number of tRNAs that are needed to efficiently recognize the codons for the following amino acids? Please provide the anticodon sequence (& polarity) for each of the tRNAs. a) Arginine b) Serine c) Proline d) Tyrosine
Genetics! help please May S Tae suumissis hot be accepted. 1. (10 points) A series of tRNAs have the anticodon sequences shown below Considering wobble, use Figure 13.12 to determine the possible codons with which each tRNA could pair Posible codons (Indicate the s end of each codon) Anticodon sequence 5-ACG-3 5'-xm UmGG-3 5'-IGA-3' Indicate which amino acid would be covalently bonded to tRNAs with the anticodon sequences given above. Use Table 13.1 to help you with your answer. Anticodon...
s141) Which nucleotide is used for energy to drive protein synthesis? A) TTP B) CTP C) UTP D) GTP 2) Ribosomal RNA: A) Can bind to prokaryotic mRNA B) Plays no role in peptidyl transferase activity C) In eukaryotes, attaches to mRNA before transcription is completed D) All of the above 3) Spliceosomes: A) Are 40-60S, about the size of ribosomal subutnit B) Are necesssary for DNA replication C) Bind to RNA Polymerase D) Are composed entirely of proteins E)...
50 LAB 2 Genetics EXERCISE 10 PROTEIN SYNTHESIS Work with a partner to complete this exercise and answer the questions that follow. You will use the DNA strand from Exercise to make the protein for which it codes STEP 1 Review the imaginary strand of DNA below. Note the complementary base pairs. AGCAATCCGTCTTGG TCGTTAGG CAGAACC STEP 2 Draw the DNA strand separating down the middle las in the beginning of DNA replication STEP 3 Draw the free-floating RNA bases linking...
please explain Mailings Review View ferences av A. A AaBbCcDdEe 211 av AalbCcDdte AaBbCcD AaBbCcDdE AaB No Spacing Heading 1 Heading 2 Title Normal 1a. Given your understanding of transcription and translation, fill in the blanks below for each nucleotide and polypeptide sequence. Assume that translation requires a start codon, and that there is no processing of the pre-mRNA before translation. Non-template strand of DNA: 5' CAGTATGT ATGACAAT GCA 3' Template strand of DNA: 3" GTCAT A CATAC TGTTA CGT...