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What polypeptide would you expect from a poly-G mRNA that is 30 nucleotides long?
A poly-G mRNA that is 30 nucleotides long would result in a polypeptide consisting solely of glycine amino acids. This is because each codon codes for a specific amino acid, and in this case, every codon (GGG) codes for glycine.
What if a mutation caused a change in the code the message read GGA instead of GGC?
The mutation changed the codon from GGC (coding for glycine) to GGA (coding for glycine as well). This is an example of a silent mutation since both codons encode the same amino acid, glycine.
Glutathione is a tripeptide of glutamic acid cysteine and glycine Referring to the list of codons in your text what is a possible base sequence for the DNA strand from which the messenger for glut?
One possible base sequence for the DNA strand coding for glutathione could be GAA (glutamic acid), TGC (cysteine), and GGA (glycine), following the standard genetic code for translation from DNA to amino acids. This would result in the mRNA sequence being CUU (glutamate), ACG (cysteine), and GGU (glycine).
What type of figure would be most useful for complex processes such as cell division?
A flowchart or a process diagram would be most useful for complex processes such as cell division. These types of figures can visually represent the sequential steps involved in the process and the relationship between them, making it easier to understand the overall process.
A karyotype would be LEAST useful in determining whether a person had?
A karyotype would be least useful in determining whether a person had a specific allergy or intolerance as it primarily shows an individual's chromosomal composition and structure. Allergies and intolerances are typically diagnosed through different tests that assess immune responses to specific triggers or substances.
