30) Second letterShown below is the " sense" strand of DNA.What is the amino acid sequence that corresponds to thiscode?UUUUUUC)UCUUCCUCAUAUUACTyrUGUCysUGCUUUALeuUUGSerUAA Stop UGA Stop AUAG Stop UGG Trp GUCG5' AAAGCATACCGG 3'CUUCUCAU1CGUHisCỤCLeuCUACACCGCProArgCGACAA GInCCACUGCCGCAGCGGAUUACUAAUAGUAGCSerAUC lle ACCAAC AsnThrAAA1Lys AGGAAGAUAACAAGAAUG Met ACGArgGCUGCCGAU)Asp GGCGACSAlaGAA]GUU)GGUGUCGGUAValGlyGCAGGAGluGUGGCGGAG)GGGSelect an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.aPRO-VAL-SER-PHEbPHE-ARG-MET-ALACLYS-ALA-TYR-ARGdARG-TYR-ALA-LYSThird letterFirst letter

Introduction :- Deoxyribonucleic acid (DNA) is a molecule made up of two polynucleotide chains that…

Shown below is the " sense" strand of DNA. Second letter U What is the amino acid sequence that corresponds to this U UUc Phe UCU UCU UCC Ser UCA UCG U UGU cys UAU Tyr UGC! UUU) UACJ Cys code? UUA UAA Stop UGA Stop UAG Stop UGG Trp G 1, UUG) Leu 5' AAAGCATACCGG 3' CU CUC CCU C CAU) CAC His CGU CGC Pro Leu CCA CAA Arg CUA CGA CUG CG CAGGIN CGG Gln ACU ACC AUU AAU AGU AAC Asn Thr AUC ile Ser AGC AAA AAG Lys AGG Arg AUA ACA AGA AUG Met ACG G GUU GCU GCC ) GAU) GGU GẠCASP GGC Ala GAA Glu GAG GUC Val Gly GUA GCA GGA GUG GCG GGG Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a PRO-VAL-SER-PHE b PHE-ARG-MET-ALA LYS-ALA-TYR-ARG d ARG-TYR-ALA-LYS Third letter First letter

Shown below is the " sense" strand of DNA. Second letter U What is the amino acid sequence that corresponds to this U UUc Phe UCU UCU UCC Ser UCA UCG U UGU cys UAU Tyr UGC! UUU) UACJ Cys code? UUA UAA Stop UGA Stop UAG Stop UGG Trp G 1, UUG) Leu 5' AAAGCATACCGG 3' CU CUC CCU C CAU) CAC His CGU CGC Pro Leu CCA CAA Arg CUA CGA CUG CG CAGGIN CGG Gln ACU ACC AUU AAU AGU AAC Asn Thr AUC ile Ser AGC AAA AAG Lys AGG Arg AUA ACA AGA AUG Met ACG G GUU GCU GCC ) GAU) GGU GẠCASP GGC Ala GAA Glu GAG GUC Val Gly GUA GCA GGA GUG GCG GGG Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a PRO-VAL-SER-PHE b PHE-ARG-MET-ALA LYS-ALA-TYR-ARG d ARG-TYR-ALA-LYS Third letter First letter

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter19: Genomes And Proteomes

Section: Chapter Questions

Problem 1ITD: Below is a sequence of 540 bases from a genome. What information would you use to find the...

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Below is a sequence of 540 bases from a genome. What information would you use to find the beginnings and ends of open reading frames? How many open reading frames can you find in this sequence? Which open reading frame is likely to represent a protein- coding sequence, and why? Which are probably not functioning protein-coding sequences, and why? Note: for simplicitys sake, analyze only this one strand of the DNA double helix, reading from left to right, so you will only be analyzing three of the six reading frames shown in Figure 19.4.
Below is a sequence of DNA. 5'-ttaccgataattctctctcccctcttccatgattctgattaaagaaggcgagaacgaaactatttgttaatacc-3' How many "reading frames" can be identified for this sequence? How many "open reading frames" can be identified for this sequence? What is the frame of the longest ORF?
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
Below is a sequence of DNA. 5'-ttaccgataattctctctcccctcttccatgattctgattaaagaaggcgagaacgaaactatttgttaatacc-3' How many codons are in the longest ORF? What is the frame of the shortest ORF? How many AA are in the shortest ORF?
Below is a sequence of DNA.5'-ttaccgataattctctctcccctcttccatgattctgattaaagaaggcgagaacgaaactatttgttaatacc-3' How many "reading frames" can be identified for this sequence? How many "open reading frames" can be identified for this sequence? What is the frame of the longest ORF? How many codons are in the longest ORF? What is the frame of the shortest ORF? How many AA are in the shortest ORF? Using the one letter code for Amino Acids, what is the predicted AA sequence of the shortestORF (from N to C-terminal end)? Using the one letter code for Amino Acids, what is the predicted AA sequence of the longestORF (from N to C-terminal end)?
In a genome project, the following genomic DNA sequences were obtained. Assemble the sequences into a contig. Using the assembled sequence, perform a BLASTn search. Does the search produce sequences similar to your assembled sequence? 5’ TCGGGGTCCTGGGATCTCATCACTGCAGCGC 3’ 5’ACTGCAGCGCTTTCCCAGCGGGCGGTGGTAC 3’ 5’GGGCGGTGGTACTCGGGAAGTCAGGAGTGTT 3’ 5’AGGAGTGTTTAAAACCTGGGGACTGGTTTTG 3’ 5’TGGTTTTGGGGGCGCTGAAGGCAGCGCAGGA 3’
Given Sequence: 3’-TACGGTCCGGATTCGGTAGCTAGCATC-5’ Provide: Complementary Strand: Transcript Amino Acid Sequence 2.Given Sequence: 5’-GGGCATATGCCGTTTACCGGTTTGACTAAATAACCA-3’ Provide: Complementary Strand: Transcript Amino Acid Sequence 3.Given Sequence: 3’-AAC CAA TAC GTG AGG ATA CCA AGT AAC ACT CCC-5’ Provide: Complementary Strand: Direct Transcript: Transcript for Translation: Amino Acid Sequence:
Assume a bacterial gene underwent a mutation, where a thymine base from an early portion of the coding sequence of the DNA is replaced with a cytosine (as illustrated below). Original sequence (coding strand): AGTTCCTACAAAATGGAGCTGTCTTGGCATGTAGTCTTT ...[Sequence continues with another 80 bases] New sequence: AGTTCCCACAAAATGGAGCTGTCTTGGCATGTAGTCTTT...[Sequence continues with another 80 bases] UAC encodes tyrosine, CAC encodes histine, per the coding table. (This question can be answered without use of the code table, but it is provided here as a resource.) What would the expected result of such a mutation be on the final protein product of the mutated gene (compared to the original, non-mutant product)? The protein will be very different from the original version, and likely non-functional. The protein will be cut short, ending after the first amino acid. There will be no protein produced at all. No change – the protein will be the same.…
Below is a sample of a segment of DNA…(copy from left to right) 3’ TACAATGGGCGACGCGCTTCGTTTCAGATT 5’ 5’ ATGTTACCCGCTGCGCGAAGCAAAGTCTAA 3’ 1.Assume the 6th amino acid is changed from T to G on the DNA template strand. What type of mutation is this? What effect would this have on the protein? Look up an example for this type of mutation. 2, Assume the 5th and 6th amino acids are removed from the DNA template strand. What type of mutation is this? How would this affect the protein? Look up an example of this type of mutation. 3.Which mutation changes the protein more...a point mutation or a frameshift mutation. Explain your reasoning. 4.What would be the problem if ATT was inserted into the DNA template strand after the second codon? (Be sure to consult the coding chart for amino acids). 5. What if the second amino acid was repeated over 5Ox. What amino acid is repeated? What type of mutation is this? If this is on chromosome 4, what genetic disorder is this?…
Consider the following DNA template: 5’-AAGAGGTTCCAATGCAGGCACTCACCAACTCTTAAATAAA-3’ 3’-TTCTCCAAGGTTACGTCCGTGAGTGGTTGAGAATTTATTT-5’ If the bottom DNA strand is used as template to transcribe mRNA, predict the amino acid sequence that would result from the process of translation. Met-Ala-Leu-Thr-Gln-Glu-Gly Met-Gly-Ser-Leu-Asn-Ser-Gln Met-Thr-Asn-Ser-Leu-Ala-Gln Met-Gln-Ala-Leu-Thr-Asn-Ser Met-Glu-Ala-His-Trp-Ser-Tyr
In the copies of each sequence below, divide the sequences into codons (triplets) by putting a slash between each group of three bases. Sequence ATCTTCCCTCCTAAACGTTCAACCGGTTCTTAATCCGCCGCCAGGGCCCCGCCCCTCAGAAGTTGGTSequence BTCAGACGTTTTTGCCCCGTAACAACTTGTTACAACATGGTCATAAACGTCAGAGATGGTCAATCTCTTAATGACTSequence CTACAAACATGTAAACACACCCTCAGTGGACCAACTCCGCAACATAAACCAAACACCGCTCGCGCCGAAAAAGATATGG
Based on these sequences. Remove codons 24 to 66, inclusive. Sequence ATCTTCCCTCCTAAACGTTCAACCGGTTCTTAATCCGCCGCCAGGGCCCCGCCCCTCAGAAGTTGGTSequence BTCAGACGTTTTTGCCCCGTAACAACTTGTTACAACATGGTCATAAACGTCAGAGATGGTCAATCTCTTAATGACTSequence CTACAAACATGTAAACACACCCTCAGTGGACCAACTCCGCAACATAAACCAAACACCGCTCGCGCCGAAAAAGATATGG