bust me int Tly di gerlarat bu nd ambigu 22. Some tRNAS contain inosine, which can base pair with A. C, and U. Why might this be advantageous with regards to the genetic code? 23. When studying protein synthesis, researchers purified the samples so they were only studying completed polypeptides. Why was this essential to this study? What if they didn't perform this step?

bust me int Tly di gerlarat bu nd ambigu 22. Some tRNAS contain inosine, which can base pair with A. C, and U. Why might this be advantageous with regards to the genetic code? 23. When studying protein synthesis, researchers purified the samples so they were only studying completed polypeptides. Why was this essential to this study? What if they didn't perform this step?

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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#29 and #30
uestion 12 of 30 > Attempt 2 5'-GGU-3',5'-AAG-3',5'-IAC-3',5'-UGU-3', and 5'-CAA-3'. Give all A series of tRNAs have the anticodons, possible codons with which each tRNA can pair. Consider the wobble rules listed in the table. First position of anticodon C G A U I Third position of codon G U or C U A or G A, U, or C 5'-GGU-3' 5'-AAG-3' 5'-IAC-3' 5'-UGU-3' 5'-CAA-3' 3'-UUU-5' 3'-GUU-5' 3'-UUC-5' 3'-GUG-5' 3'-UUG-5' Answer Bank 3'-ACA-5' 3'-AAA-5' 3'-CUG-5' 3'-GCA-5' 3'-CCA-5' 3'-ACG-5' 3'-UGU-5' 3'-CCC-5' 3'-UCA-5' 3'-AUG-5'
3. Fill in the missing molecules or required cofactors. b) PLP @NH₂ 2 H₂N h) SH Joo NAD+ COASH TPP NAD+ FAD OH O H₂N of i h H₂N .OH НО. HO NH₂ NH₂ HO HO 4. Draw the branch point A nucleotide and all connected nucleotides of a canonical splice reaction after the A has carried out its nucleophilic attack on the 3' splice site.
please answer E and F asap please
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36.Start with two exons and an intervening intron. Include the cap and poly-A tail in your starting pre-mRNA. Show 2’-OH, 3’-OH, O-P-O phosphodiester bonds for the two transesterification reactions that splice exon 1 and exon 2. Be sure to include the branchpoint A and intron consensus sequences. You will need to show where the incoming -OH attacks the O-P-O bond to allow correct splicing in the lariat and between exons. Make your arrows precise. Show the lariat with the consensus sequences. Whenever possible, show 5’ and 3’ ends. Explain the fate of the lariat after it forms?
5
The subunits of the translation initiation complex in PROKARYOTES.* 1 point O 30S and 50S O 40S and 60S O 20S and 60S O 10S and 70S Normal pH of the human blood? * 1 point O 7.30 to 7.40 O 7.35 to 7.45 O 7.40 to 7.50 O 7.45 to 7.55 A structural motif that contains 2 cysteine and 2 histidine amino acids. * I point Helix-turn-helix Motif
51 23. Suppose that a mutation occurs in the DNA sequence (indicated by a red nucleotide). 5 ATG GGA CCC CAT TCC GCC AAG GGG CAC TGA 3' 3 TAC CCT GGG GTA AGG CGG TTC CCC GTG ACT 5' Type the RNA sequence that would be produced by this template: 3′
21. Answer and explain
1 point Before we start the actual translation process. If we look at our transcript from sequence I, we can predict how long the polypeptide will be. 544545-33454454 Find the Open reading frame. Then tell me how many amino acids are in this poly-peptide? Provide a single integer Type your answer... A8885-349953-
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