Explain well. I will rate . Thank you . Asap Protein databases with mass spectrometry analysisare not useful in proteomics studies due to the complexities of the proteome.a.All of the answers are correct.b.Oc.Ocan identify proteins from small stretches of amino acid sequencesare determined from sequence data only, never deduced from genomic data.Od.None of the answers is correct.e.

A mass spectrometer is a piece of experimental equipment that differentiates molecular ions in the…

Protein databases with mass spectrometry analysis are not useful in proteomics studies due to the complexities of the proteome. a. All of the answers are correct. Ob. can identify proteins from small stretches of amino acid sequences Oc. Od are determined from sequence data only, never deduced from genomic data. d. None of the answers is correct.

Protein databases with mass spectrometry analysis are not useful in proteomics studies due to the complexities of the proteome. a. All of the answers are correct. Ob. can identify proteins from small stretches of amino acid sequences Oc. Od are determined from sequence data only, never deduced from genomic data. d. None of the answers is correct.

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter15: Genomes And Genomics

Section: Chapter Questions

Problem 16QP

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Discuss the following statement: “from the nucleotide sequence of a cDNA clone, the complete amino acid sequence of a protein can be deduced by applying the genetic code. thus, protein biochemistry has become superfluous because there is nothing more that can be learned by studying the protein.”
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Procedure This activity will use the Human β-hemoglobin gene, which is mutated in sickle cell anemia, with the following sequences of the first thirty (30) nucleotides: TAC CAC GTG GAC TGA GGA CAC CTC TTC AGA... 1. First transcribe the DNA sequence into the mRNA sequence. 2. Refer to the genetic code to write down the amino acid sequence that these 30 nucleotides encode beginning with the first nucleotide. 3. Generate a random number (1-30) by drawing lots in a bowl. Then locate the DNA nucleotide to "mutate" using the number drawn as the position along the gene. 4. "Roll" the tetrahedron "mutator" dice (see direction below for making the tetrahedron "mutator" dice). Note the letter on the side that is flat on the table. That is the nucleotide that will replace the nucleotide in the DNA at the position decided in the previous step. 5. Write the mutant nucleotide sequence in the row for Mutation 1, then analyze mutation. a. If it is the same nucleotide, write same nucleotide…
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