Answer:
The way to find a codon is by arranging the sequence of nitrogenous bases of the mRNA in groups of three, the triplets. Once the codon is found, the anticodon corresponds to a complementary triplet to that codon.
Explanation:
Codon corresponds to a triplet of mRNA nitrogen bases encoding an amino acid. Anticodon is responsible for carrying amino acids to the ribosome, according to the information of the mRNA, and the sequence of its triple must be complementary to that of the codon mRNA.
If, for example, a codon of the mRNA is AUG, its anticodon of the tRNA must be UAC, that is, complementary. Then, for the indicated exercises:
<u>Exercise 1:</u>
- DNA ATACGAAATCGCGATCGCGGCGATTCGG
- mRNA UAUGCUUUAGCGCUAGCGCCGCUAAGCC
- CODON UAU|GCU|UUA|GCG|CUA|GCG|CCG|CUA|AGC|C-
- AntiCODON AUA|CGA|AAU|CGC|GAU|CGC|GGC|GAU|UCG|G-
- Amino acid Tyr|Ala|Leu|Ala|Leu|Ala|Pro|Leu|Ser
<u>Exercise 2: </u>
- DNA TTTACGGCCATCAGGCAATACTGG
- mRNA AAAUGCCGGUAGUCCGUUAUGACC
- CODON AAA|UGC|CGG|UAG|UCC|GUU|AUG|ACC
- AntiCODON UUU|ACG|GCC|AUC|AGG|CAA|UAC|UGG
- Amino acid Lys|Cys|Arg|Stop|Ser|Val|Met|Thr
Answer:
The correct option is cell wall and central vacuole.
Explanation:
The cell wall can be described as an additional membrane around the cell membrane which is present in the plant cells but is absent in animal cells.
The plant cells also have a vacuole located at the center on the cell. The central vacuole is absent in animal cells. It stores the waste and other materials for the plant cell. The plant vacuole also provides support to the cell.
The independent variable is the one that can be changed
I think the correct answer would be water temperature because on the table, the water temperature is increasing by 10 each time so it is changing.
hope I'm right and hope I helped :)
Answer:
The answer is G
Explanation:
This is because cells cannot just appear out of thin air all cells have to have come from pre-existing cells.
The process of having to apply a tourniquet in a person’s
leg due to injury and with continuous bleeding in order to stop it is called
hemostasis. This process, the hemostasis, is a process of having to stop the
flow of blood which is important in scenarios like this, in order for the
patient to prevent of having to lose more blood.
