Answer:
The correct answer will be option- formation of amino acids.
Explanation:
The DNA contains specific coding sequences called genes which contain codes for the formation of the proteins by the production of specific amino acids. The genes undergo two important processes: transcription and translation.
The genes present in the DNA forms a transcript molecule called mRNA via transcription process which gets translated to the amino acids as mRNA contains codons which code for specific amino acids. These amino acids get bonded to each other via a peptide bond and form proteins.
Thus, option- formation of amino acids is the correct answer.
b. uug aug acg
c. ttg atg acg
d. asn tyr cys
the right answer is c. ttg atg acg
The genes carried by the DNA will be encoded in another form: messenger RNA, during a process called "transcription".
The information contained in the genes will be used to make thousands of proteins involved in the functioning of the cell. The first step in the expression of a gene is to copy its information in the form of a molecule very close to DNA, ribonucleic acid or RNA.
The main difference between DNA and RNA is the presence of an extra oxygen atom on each of the nucleotides of the RNA. This addition provides greater flexibility to the RNA, allowing it to fold on itself to form propellers. Due to its structural properties, RNA takes a wide variety of forms and ensures a variety of roles in the cell. DNA, on the other hand, is more static and stable, and its essential function is the storage of information in the form of a double-stranded helix. Another change: in RNA, thymine (T) is replaced by uracil (U).
In the transcrption of DNA, the strand of the RNA formed is complementary to that of the DNA:
* A is matched to the U
* T is matched to A
* C is paired with the G
* G is paired with C
2. desert
3. savanna
4. tropical rainforest