Degeneracy
Degeneracy indicates that several codons can encode for the same amino acid during the process of protein synthesis from DNA. A codon comprises a triplet of <span>nucleotides that represents a specific amino acid.
This redundancy means that mutations (like point mutations) are less likely to disrupt the synthesis of proteins. For instance, if the codon sequence GAA, which represents glutamate, changes to GAG, glutamate will still be produced as the code is degenerate. </span>
The active site of the enzyme accommodates a substrate. This leads to the formation of an enzyme-substrate complex as the enzyme binds with the substrate. Subsequently, a chemical reaction takes place where new substances, referred to as products, are generated.
Answer:
glucose + oxygen yields carbon dioxide + water, with energy generated in the form of ATP. This represents the correct equation.
Explanation:
During cellular respiration -
When oxygen is available, glucose molecules decompose, releasing energy as ATP.
Thus, one glucose molecule in the presence of six oxygen molecules produces six carbon dioxide molecules and six water molecules along with 36 ATP as energy.
Aerobic cellular respiration is very effective for energy production, yielding significant energy.
<span>DNA strands adhere to complementary strands through hydrogen bonds, where A pairs with T, and G pairs with C, establishing that the answer is TAGCCG.</span>
Geologists utilize a device known as a SEISMOGRAPH during earthquakes to analyze seismic waves.
P waves can travel through both solid and liquid rock, whereas S waves are restricted to SOLID rock.
