The sequence of coding strand of a DNA molecule is given below. Assume that it is read from left to right. ССТАССТТАТGССАAGTTGGGGАТАААСТС The left end of this molecule is the end. How many amino acids will be in the protein translated from this sequence? What is the name (not abbreviation) of the fourth amino acid in the protein translated from this sequence? The label on the end of the protein that is translated first is the end.

The sequence of coding strand of a DNA molecule is given below. Assume that it is read from left to right. ССТАССТТАТGССАAGTTGGGGАТАААСТС The left end of this molecule is the end. How many amino acids will be in the protein translated from this sequence? What is the name (not abbreviation) of the fourth amino acid in the protein translated from this sequence? The label on the end of the protein that is translated first is the end.

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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Given this sequence (of course the DNA is double stranded, but I’m only showing one strand), will it tend to cause a deletion to form, or an inversion? Diagram how it (either the deletion or inversion) will happen. xxxxxxxcatatgctttcag (another five hundred or so letters) catatgctttcagxxxxxxxxx Ditto, using this sequence xxxxxxxxcatatgctttcag (another five hundred or so letters) gactttcgtatacxxxxxxxxxxx
Choose one of the strands and transcribe the strand. Show the steps (with proper label) and do a post-transcriptional processing. Once the transcript is made, do the process of translation. Again follow the steps. Use the Wobble Table for reference. DNA strand: 5'-TCGAAACGAGCTGCAGCTAGCTAGCTACGTCAGCTGCATCTGTCTACGAGCGACTGTCTAGCATAGCGTAGCTGC-3 'Complementary strand: 3'-TCGAAACGAGCTGCAGCTAGCTAGCTACGTCAGCTGCATCTGTCTACGAGCGACTGTCTAGCATAGCGTAGCTGC-5'
If the following nucleotide sequence, CTC/TGT/AAG/ACC/TTT experienced a mutation resulting in the deletion of the second cytosine in the first DNA triplet so the sequence is now CT_/TGT/AAG/ACC/TTT, what would be the amino acid sequence created from this mutated DNA strand? Table of mRNA codons UUA, UUG = leucine AGG, AGA = arginine %3D CAU, CAC = histidine GUU, GÜC, GUA = valine GAA. GAG=glutamic acid GCU, GUA, GUG = alanine GAU, GAC = asparagine GGU, GGC, GGA = glycine UCA, UCU =serine CGU, CGC, CGA = arginine
Here is a DNA template strand’s sequence and direction: 3’-TACGCGGTAATC-5’ . What is the sequence and direction of mRNA synthesized from this DNA?
Fill in the chart AND answer the 2 questions at the bottom of the photo with detail and accuracy. Don’t repeat previous answers.
The following DNA sequence occurs as the template strand: 3’ – TACGGGGATCAGATTATC – 5’ DNA template What single nucleotide deletion within the DNA sequence would cause a frame shift and a premature STOP codon? Write down the sequence of the New DNA template after deletion of the single nucleotide and also that of the New mRNA transcript, and specify the 5’ and 3’ ends of both the template and the mRNA transcript. Highlight the premature stop codon in the mRNA transcript.
The following are DNA fragments containing a small gene. The top strand is the coding strand. Transcribe all 5 groups and translate. Group A 5’-GGCAATGGGTTTGTGCAATTCTAAAAGTTTTTAATTC-3’ 3’-CCGTTACCCAAACACGTTAAGATTTTCAAAAATTAAG-5’ Group B 5’-GGCAATGGGTTTGTGAAATTCTAAAAGTTTTTAATTC-3’ 3’-CCGTTACCCAAACACTTTAAGATTTTCAAAAATTAAG-5’ Group C 5’-GGCAATGGGTTTGTGCAATTCTAAGAGTTTTTAATTC-3’ 3’-CCGTTACCCAAACACGTTAAGATTCTCAAAAATTAAG-5’ Group D 5’-GGCAATGGGTTTGTGCAATTCTAACAGTTTTTAATTC-3’ 3’-CCGTTACCCAAACACGTTAAGATTGTCAAAAATTAAG-5’ Group E 5’-GGCAATGGGTTTTGCAATTCTAAAAGTTTTTAATTC-3’ 3’-CCGTTACCCAAAACGTTAAGATTTTCAAAAATTAAG
Where is the substitution indicated on the original DNA strand? May you please Write it out and bold the nucleotide.
Which of the following describe how the order of nucleotide bases along a gene in the DNA ultimately determines the primary structure of a protein and how the primary structure ultimately determines the three-dimensional shape and function of the protein coded for by that gene. A Certain amino acids in a protein interact with other amino acids in that same protein and so the order of amino acids ultimately determines the 3-dimensional tertiary structure of that protein. B The order of nucleotide bases along the DNA is transcribed into complementary tRNA which is translated into the correct amino acid sequence for the protein by mRNA. C The order of nucleotide bases along a gene determines the order of amino acids in the resulting protein. The order of amino acids in the protein is called its secondary structure.
Please answer A, B, and C for codon sequence 2 only
A mRNA sequence is shown below. Note that the coding strand of DNA has the same sequence as the mRNA, except that there are U’s in the mRNA where there are T’s in the DNA. The first triplet of nucleotides AAU (underlined) is in frame for coding, and encodes Asparagine. 45 50 55 60 65 5’—A A C G A A U C G U C G C C A A C U A A G A G –-3’ Which of the following DNA mutations is almost certain to result in a shorter than normal protein? at position 56 a change from G to C an insertion of a G after the G at position 56 inversion of region 56-59 (G C C A) an delete the C at position 52 None of the above.
What do the asterisks (*) denote in the alignment? (Mention 2 points at least)