Assignment Type: Individual ProjectDeliverable Length: Three parts - submitted in the Graphic Organizer, Points Possible: 125Due Date: 1/25/2013 11:59:59 PM CT Complete all three parts and answer all...

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Assignment Type: Individual ProjectDeliverable Length: Three parts - submitted in the Graphic Organizer,  Points Possible: 125Due Date: 1/25/2013 11:59:59 PM  CT     Complete all three parts and answer all questions. Download  https://mycampus.aiu-online.com/courses/SCIE206/Assignment_Assets/U3IP_Graphic_Organizer.docGraphic Organizer for answering all questions and genetics exercises in this assignment.


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Assignment Type: Individual Project   Deliverable Length: Three parts - submitted in the Graphic Organizer,     Points Possible: 125   Due Date: 1/25/2013 11:59:59 PM  CT      Complete all three parts and answer all questions. Download  HYPERLINK "https://mycampus.aiu-online.com/courses/SCIE206/Assignment_Assets/U3IP_Graphic_Organizer.doc" \t "_blank" Graphic Organizer for answering all questions and genetics exercises in this assignment. Part I: Genetics – From Genes to Proteins, Mutations Background: DNA represents the architectural blueprint for all living systems, encoding specific instructions in the sequence of its four nitrogen-containing base pairs that are necessary for building the organism. During the process of transcription, the information in the DNA codons of a gene is transcribed into RNA. A change in the DNA sequence, for example as a result of a "mistake" during DNA replication, is defined as a mutation. Mutations may result in a change in the "blueprint," which may then change the resulting protein product. Assignment details for part one: Transcribe and translate EACH of the three following DNA gene sequences. Turn these in using the graphic organizer. The letters represent the DNA N-base sequences of the genes. The first is the original gene. The next two are mutations of the original. Note that the changes (mutations) are shown in red. Original Gene sequence 3'-T A C C C T T T A G T A G C C A C T-5 Mutated gene sequence 1 3’-T A C G C T T T A G T A G C C A T T-5' Mutated gene sequence 2 3’-T A A C C T T T A C T A G G C A C T-5’ Also, answer the following questions: What is the significance of the first and last codons of an mRNA transcript? What meaning do these mRNA codons have for protein synthesis? Did the mutations result in a change in the final proteins? If so, describe the change. In general, why might a change in amino acid sequence affect protein function? Part II: Inheritance of Traits or Genetic Disorders Background: Cystic...



Answered Same DayDec 22, 2021

Answer To: Assignment Type: Individual ProjectDeliverable Length: Three parts - submitted in the Graphic...

David answered on Dec 22 2021
124 Votes
Student Name
    Date
    Questions
    Student Response
    Part I
Original DNA Strand:
3’-T A C C C T T T A G T A G C C A C T-5’
    Transcription (
base sequence of RNA):
5'-A U G G G A A A U C A U C G G U G A-3'
Translation (amino acid sequence):
5’-Met-Gly-Asn-His-Arg-3’
    Mutated gene sequence one:
3’-T A C G C T T T A G T A G C C A T T-5'
    Transcription (base sequence of RNA):
5’-AUGCGAAAUCAUCGGUAA-3’
Translation (amino acid sequence):
5’ Met – Arg- Asn-His-Arg 3’
    Mutated gene sequence two:
3’-T A A C C T T T A C T A G G C A C T-5’
    Transcription (base sequence of RNA):
5’-AUUGGAAAUGAUCCGUGA-3’
Translation (amino acid sequence):
5’Ile-Gly-Asn-Asp-Pro-3’
    What is the significance of the first and last codons of an mRNA transcript?
    Explanation:
First and last codons of an m-RNA transcript are known as; start and stop codon means; these can initiate and terminate translation procedure correspondingly by guiding ribosome about beginning of construction of protein chain and termination of it (Butcher, 1968).
    What meaning do these mRNA codons have for protein synthesis?
    Explanation:
Determination of amino acid sequence in a protein chain can be done with the assistance of codons found on m-RNA since; each triplet codon can encode for an amino acid. Message given by codon is read by tRNA molecules that can further carry, and incorporate amino acids on the ribosomes for protein synthesis....
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