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You are given the following sequence of DNA which encodes for a short protein (this is...
This DNA sequence comes from part of a gene on a chromosome of a eukaryotic organism.
This DNA sequence comes from part of a gene on a chromosome of a eukaryotic organism. i) If the bottom strand of the sequence is the template strand and the top strand is the coding strand, circle the answer below that best represents the direction that RNA polymerase would move along the template DNA strand. Left to Right Right to Left Lagging to Leading A site to P site ii) Given the information in 6 i, write the sequence of the mRNA...
The following DNA sequence encodes the beginning of the protein 5’ ATGCTAGCCCTAGCTGATAACATTCTACGTATAATAAATTTCCTA 3’ #1 Write the...
The following DNA sequence encodes the beginning of the protein 5’ ATGCTAGCCCTAGCTGATAACATTCTACGTATAATAAATTTCCTA 3’ #1 Write the mRNA sequence of this stretch of DNA. (how it would read if this gene would be transcribed) #2 Write the protein sequence in single letter code that corresponds to the mRNA sequence.
3. Now consider the sequence that results for a different mutant protein. Using the DNA coding...
3. Now consider the sequence that results for a different mutant protein. Using the DNA coding strand sequence provided, predict the sequences of the DNA template strand, mRNA, and polypeptide for the mutant gene. DNA coding strand for mutant gene 2: S'ACTGCCCLATGGTGTAG CTG ACTCCTGAGGAG13 On the line above, write the sequence for the template DNA strand, On the line below, write the sequence for the mRNA for mutant protein: On the line below, write the sequence for the Polypeptide for...
4. Now consider the sequence that results for a different mutant protein. Using the DNA coding...
4. Now consider the sequence that results for a different mutant protein. Using the DNA coding and sequence provided, predict the sequences of the DNA template strand, mRNA, and polypeptide for the mutant gene. DNA coding strand for mutant gene 3: 5'ACTGCCCATGGTGGTACCT GAC TCC TGAGGAG 3' On the line above, write the sequence for the template DNA strand. On the line below, write the sequence for the mRNA for mutant protein: On the line below, write the sequence for the...
The following is a fragment of double-stranded DNA. It encodes a hypothetical 6 amino acid protein...
The following is a fragment of double-stranded DNA. It encodes a hypothetical 6 amino acid protein and includes the start (initiator) codon, a small amount of 5' UTR, and a small amount of 3' UTR. TTGGCAATGTGATCCCTTGTGCGGTACCACT AACCGTTACACTAGGGAACACGCCATGGTGA The bottom strand is the template, and the RNA polymerase moves along the bottom (template) strand from RIGHT TO LEFT. a) Determine the orientation of the DNA template. The template strand is copied below. (Enter either 5' or 3' in the box below,...
Below is a portion of DNA sequence, introns are shown in bold. Determine which strand contains...
Below is a portion of DNA sequence, introns are shown in bold. Determine which strand contains a start codon and could serve as the template for synthesis of an mRNA molecule. 5’ ATCGCGCTCAGCTAGTACCGATCAGCAGTCAGCAGTCAGCATCGGT 3’ (top) 3’ TAGCGCGAGTCGATCATGGCTAGTCGTCAGTCGTCAGTCGTAGCCA 5’ (bottom) a. Which strand will serve as the template strand for transcription? b. Based on the template strand you have chosen, write the mature mRNA sequence on your answer sheet in the 5’ to 3’ direction. Be sure to label 5’ and...
I have my own answers, i just want to check my work, thanks! Given the DNA...
I have my own answers, i just want to check my work,
thanks!
Given the DNA sequence below: 3'-CGTCCTTCTATACTTCGCGGAATGCCGGTCCATGTAGGTTCACATTAGCGT-5' (Coding strand) 1. Replicate the corresponding template strand by using the aforementioned coding strand. Label the 5' and 3' ends in the new strand. 2. Transcribe the template strand to an mRNA sequence. 3. Find the start and stop codons on the mRNA and enclose it in a box or label with different color. 4. Write the amino acid sequence of...
A segment of a double-stranded DNA molecule is shown below. The start of a gene is...
A segment of a double-stranded DNA molecule is shown below. The start of a gene is indicated as the +1 base pair: + 1 5'TATATTTTCTATATGCACATTTGCAAGTAA 3'(strand A) 3'ATATAAAAGATATACGTGTAAACGTTCATT 5'(strand B) Uparrow (A) If RNA polymerase moves along this DNA from left to right, indicate the position of the promoter region on this DNA and indicate which strand is the template strand (B) Write the complete mRNA that would be transcribed from the gene above, again being sure to label the...
The following double stranded segment of DNA is part of a protein coding gene. The segments...
The following double stranded segment of DNA is part of a protein coding gene. The segments in uppercase letters (ACTG) represent the exons. The segments in lowercase letters (acgt) represent introns. The lower strand is the template strand that is used by the RNA polymerase to make an RNA transcript. GCTAAATGGCAaaattgccggatgacGCACATTGACTCG Gaatcga GGTCAGATGC CGATTTACCGTtttaacggcctact CGTGTA ACTGAGCCttagctCCAGTCTACG write-out: The sequence of the primary transcript: The mature mRNA resulting from this stretch of DNA:
DNA sequence of a one strand of a gene to be transcribed is: 3’ — AGTCCGATGGGCT...
DNA sequence of a one strand of a gene to be transcribed is: 3’ — AGTCCGATGGGCT GA — 5’ the sequence of the MRNA is: 3’ — AGUCCGAUGGGCTGA — 5’ the sequence of the DNA strand shown above is that of the: a. template strand b. coding strand
3. Now consider the sequence that results for a different mutant protein. Using the DNA coding strand sequence provided, predict the sequences of the DNA template strand, mRNA, and polypeptide for the mutant gene. DNA coding strand for mutant gene 2: S'ACTGCCCLATGGTGTAG CTG ACTCCTGAGGAG13 On the line above, write the sequence for the template DNA strand, On the line below, write the sequence for the mRNA for mutant protein: On the line below, write the sequence for the Polypeptide for...
4. Now consider the sequence that results for a different mutant protein. Using the DNA coding and sequence provided, predict the sequences of the DNA template strand, mRNA, and polypeptide for the mutant gene. DNA coding strand for mutant gene 3: 5'ACTGCCCATGGTGGTACCT GAC TCC TGAGGAG 3' On the line above, write the sequence for the template DNA strand. On the line below, write the sequence for the mRNA for mutant protein: On the line below, write the sequence for the...
The following is a fragment of double-stranded DNA. It encodes a hypothetical 6 amino acid protein and includes the start (initiator) codon, a small amount of 5' UTR, and a small amount of 3' UTR. TTGGCAATGTGATCCCTTGTGCGGTACCACT AACCGTTACACTAGGGAACACGCCATGGTGA The bottom strand is the template, and the RNA polymerase moves along the bottom (template) strand from RIGHT TO LEFT. a) Determine the orientation of the DNA template. The template strand is copied below. (Enter either 5' or 3' in the box below,...
I have my own answers, i just want to check my work,
thanks!
Given the DNA sequence below: 3'-CGTCCTTCTATACTTCGCGGAATGCCGGTCCATGTAGGTTCACATTAGCGT-5' (Coding strand) 1. Replicate the corresponding template strand by using the aforementioned coding strand. Label the 5' and 3' ends in the new strand. 2. Transcribe the template strand to an mRNA sequence. 3. Find the start and stop codons on the mRNA and enclose it in a box or label with different color. 4. Write the amino acid sequence of...
A segment of a double-stranded DNA molecule is shown below. The start of a gene is indicated as the +1 base pair: + 1 5'TATATTTTCTATATGCACATTTGCAAGTAA 3'(strand A) 3'ATATAAAAGATATACGTGTAAACGTTCATT 5'(strand B) Uparrow (A) If RNA polymerase moves along this DNA from left to right, indicate the position of the promoter region on this DNA and indicate which strand is the template strand (B) Write the complete mRNA that would be transcribed from the gene above, again being sure to label the...
The following double stranded segment of DNA is part of a protein coding gene. The segments in uppercase letters (ACTG) represent the exons. The segments in lowercase letters (acgt) represent introns. The lower strand is the template strand that is used by the RNA polymerase to make an RNA transcript. GCTAAATGGCAaaattgccggatgacGCACATTGACTCG Gaatcga GGTCAGATGC CGATTTACCGTtttaacggcctact CGTGTA ACTGAGCCttagctCCAGTCTACG write-out: The sequence of the primary transcript: The mature mRNA resulting from this stretch of DNA:
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