discuss the concept and consequence of built-in redundancy as it applies to amino acid sequences. include an example.
Answer:-
It means that even if each codon is specific for only one amino acid but the genetic code is redundant I.e a single amino acid is coded by more than one codon . Eg-leucine is coded by CUU, CUC, CUA and CUG. Extra codons are there because even when small variations in codon occur, they still result in same amino acid.
discuss the concept and consequence of built-in redundancy as it applies to amino acid sequences. include...
There a redundancy, meaning more than one codon may encode for the same amino acid, built into the genetic code. True False
Interrupted coding sequences include long sequences of bases that do NOT code for amino acids. These noncoding sequences, called ________, are found in ________ cells. exons; prokaryotic introns; prokaryotic exons; eukaryotic introns; eukaryotic none of these are correct
Question 7 of 7 Map deb A pling Given mRNA sequences, provide the amino acid sequences, using the three-letter designations, for which they code. A link to a table of codons can be found here a) m RN A: 5-CCGCACGGAUAU-3' amino acid sequence: b) mRNA: 5-GGCAACGAGCUC-3' amino acid sequence: c) mRNA: 5'-CAACGUAAUC GA-3' amino acid sequence: Hint O Previous ® Give Up & View Solution 2 Answer Next Ext Check
How many different mRNA sequences can code for a polypeptide chain with the amino acid sequence Met - Leu - Arg? Be sure to include a stop codon. Explain your answer! 5′ ...GGAGCUCGUUGUAUU... 3′ Is this sequence RNA or DNA? How can you tell? Which amino acids are encoded, if the reading frame is as shown, starting from the correct end? What would be the effect on the amino acid sequence if the sequence were changed to 5′ GGAGACUCGUUGUAUU 3′?...
How many different amino acid sequences are possible in a polypeptide that is 10 amino acids long: Select one: a. 10^20. b. 4120. O c. 10^4. d. 20-10. THEME
3. Discuss the concept of viruses and cancer. Include the concept of certain viruses associated with certain cancers and give 3 examples with proper references and citation. Example 1 Example 2 Example 3 References
Which amino acid sequence would yield the most optimal
oligonucleotide probe? How many sequences are possible for
each?
7) (10 points) Which amino acid sequence would yield the most optimal oligonucleotide probe? How many sequences are possible for each? Note: If two or more sequences both provide the most optimal probe, select both of them as the answer MICHAEL GAVRIEL CASSIEL
7) (10 points) Which amino acid sequence would yield the most optimal oligonucleotide probe? How many sequences are possible...
Consider the amino acid sequence Identify the MRNA codon sequences that would be translated into this amino acid sequence. Serine-Alanine-Proline-Aspartic acid Use the codon table to answer the question. UCA-GCG-CCC-GAU UCU-GCU-CCU-GAC CCA-GCA-UCC-GAC UCA-GUA-CCA-AAU UCC-GCA-CCA-GAC
If the amino acid sequences in homologous proteins of two organisms are similar, what can you conclude about the DNA of the two organisms?
What is the count of unique DNA sequences that encode for the amino acid polypeptide RAGMPPM? Assume that the DNA sequence has only exon nucleotides. Please provide justification for your answer