Follow instructions fill out 2nd row circle stop codons The first column of the table below shows the beginning of a gene and five different mutations of thiswrite in any MRNA codons that will be changed as a result of the mutation and use "X" marks toindicate codons that will not be changed.10.9part of the gene. Use the base-pairing rules to complete the second column. For each mutation,Use the codon wheel on page 10.11 to identify any stop codons in the MRNA molecules. Circle thestop codons.Use the codon wheel to complete the last column. For each mutation, write in any amino acids thatwill be changed and use "X" marks to indicate any amino acids that will not be changed. Usedashes to indicate any amino acids that will be missing as a result of a stop codon.Beginning of gene in DNAFirst five MRNA codonsBeginning of ProteinOriginal DNA =TACGCAAGTACCTGA...AUG CGU UCAMet - Arg - Ser -Trp – ThrUGG ACUMutation 1 =TACGCCAGTACCTGA...(nucleotide change underlined)Mutation 2 =TACGCACGTACCTGA...(nucleotide change underlined)Mutation 3 =TACGCAAGTACTTGA...(nucleotide change underlined)Mutation 4 =TACGAAGTACCTGA...(second C deleted)Mutation 5 =TACGCAAGTACTGA...(third C deleted)

Name: Follow instructions fill out 2nd row circle stop codons The first colu
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: Follow instructions fill out 2nd row circle stop codons The first column of the table below shows the beginning of a gene and five different mutations of thiswrite in any MRNA codons that will be changed as a result of the mutation and use "X" marks

During transcription process RNA is formed with the help of complementary base pairing with template…

Science

Biology

Use the codon wheel on page 10.11 to identify any stop codons in the stop codons. Use the codon wheel to complete the last column. For each mutatia will be changed and use "X" marks to indicate any amino acids dashes to indicate any amino acids that will be missing as a res Beginning of gene in DNA First five MRNA codons Original DNA = TACGCAAGTACCTGA... AUG CGU UCA UGG ACU Mutation 1 =

Use the codon wheel on page 10.11 to identify any stop codons in the stop codons. Use the codon wheel to complete the last column. For each mutatia will be changed and use "X" marks to indicate any amino acids dashes to indicate any amino acids that will be missing as a res Beginning of gene in DNA First five MRNA codons Original DNA = TACGCAAGTACCTGA... AUG CGU UCA UGG ACU Mutation 1 =

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter13: Gene Expression

Section13.4: Translation

Problem 3C: A certain mRNA strand has the following nucleotide sequence: 5AUGACGUAUAACUUU3 What is the anticodon...

See similar textbooks

Similar questions

explain why a mutation in the dna nucleotide sequence that corresponds to the 3rd nitrogen base in the mrna codon is not as serious as a mutation in the dna that corresponds to the first nitrogen base in the mrna codon
Using the codon table, identify a 5’-3’ sequence of nucleotides in the dna template strand for mRna coding for the polypeptide sequence NH2-PHe-Pro-lys-COOH.
For the mRNA strand above, use the codons and the diagram below to determine what amino acids will be brought by the tRNA and the order that they will bond together.
If the anticodon of a molecule of tRNA has the sequence GAU, what was the original DNA sequence?
DNA gene TAC AGC TTT mRNA codon (No thymine in RNA!) tRNA anticodon (No thymine in RNA!) Amino acid Use the mRNA with the Genetic Code. Use the mRNA with the Genetic Code. Answer the questions below. Questions How many nucleotides would be needed to code for a protein that has 100 amino acids? Using the Genetic Code in Table 6.3, write all of the possible codons that signal the start and end of a gene. Start: End: An amino acid sequence of a protein molecule includes methionine, lysine, serine and glycine. Show each different codon that could result in each of these amino acids. You will have more than one codon for all of them except methionine. Amino Acids All Possible Codons Methionine Lysine Serine (Look carefully. There are six possibilities) Glycine Question 3 illustrates the redundant nature of the genetic code. Can you think of an advantage of having several codons that all code for the…
Explain in one statement/phrase why the base sequence ATC could not be a codon.
Analyze the following amino acid sequence and write down a potential mRNA sequence from which this sequence might have been translated. Use the codon table in your book to determine a possible mRNA sequence. Amino Acid Sequence 1: H3N+-Methionine-Valine-Histidine-Leucine-Threonine-Proline-Glutamic Acid-Glutamic Acid-COO- (a) Consider Amino Acid Sequence 2. How is Amino Acid Sequence 2 different from Amino Acid Sequence 1? Amino Acid Sequence 2: H3N+-Methionine-Valine-Histidine-Leucine-Threonine-Proline-Valine-Glutamic Acid-COO- (b) Write a potential mRNA sequence for Amino Acid sequence 2, using the same codons for any given amino acid if it is present in both sequences.
Use the mRNA coding chart above to answer these questions. he following is the base sequence on a portion of a template strand of DNA. 3 ‘ TACGCCAGTGGTTCGCAC 5 Give the base sequence of the complementary DNA strand. Give the base sequence of the strand of mRNA read from the original DNA template strand. List, in order, the amino acids that would be present in this protein? What would be the code that the methionine tRNA anticodon would carry? Suppose a mutation altered the original DNA strand so that the 6th nucleotide was changed to a T. i) How would this change the protein? ii) What type of mutation is this?
Define the following terms as they apply to the genetic code: a. Reading frame b. Overlapping code c. Nonoverlapping code d. Initiation codon e. Termination codon f. Sense codon g. Nonsense codon h. Universal code i. Nonuniversal codons 6. How is the reading frame of a nucleotide sequence set?
a. There are three nucleotides in each codon, and eachof these nucleotides can have one of four different bases. How many possible unique codons are there?b. If DNA had only two types of bases instead offour, how long would codons need to be to specify all20 amino acids?
Using the codon chart, if the DNA strand being described is AGG TCT GAT , the resulting amino acid would be what
Refer to the partial gene sequence of DNA nucleotide bases listed below, and the genetic code chart on the next page to answer the following questions. Partial gene sequence of DNA nucleotides: A C C T T A A T G A A C T C T 42. What is the mRNA nucleotide sequence that would result from transcription of the partial gene sequence of DNA nucleotides? 43. What is the protein amino acid sequence resulting from translation of the mRNA sequence from the previous question? 44. In the gene sequence of DNA nucleotides, guanine (G) is mistakenly replaced by adenine (A) during DNA replication. What type of mutation would this be considered based on how it occurred? ________ a) spontaneous b) gametic c) mutagenic d) carcinogenic 45. Consider the mutation from the previous question. If it occurred within a skin cell of the body, what type of mutation would this also be considered based on where it occurred? ________ a) gametic b) germline c) heritable d) somatic