Fat digestion yields fatty acids and glycerol. Protein digestion yields amino acids. Both digestive processes B. add a water molecule to break bonds.
Adding a water molecule to break bonds in fat digestion yields fatty acids and glycerol. Protein digestion yields amino acids in the digestive process.
Addition of the water molecules to break bonds is called as Hydrolysis. It is done in Fat digestion in which a water molecule is added to yield Fatty acid and Glycerol. Fatty acid is the forming component of fat in the body.
Addition of water molecule in Protein causes its absorption in the body during the digestive activity by forming amino acids that are simpler to absorb. Amino acids make up protein by forming chain of peptide bonds.
It similar to the reaction used in the breaking of bonds in carbohydrates. Proteases is the enzyme which is hydrolytic in nature carrying out hydrolysis.
Hence, the correct option is B. add a water molecule to break bonds.
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Answer: Option B
Explanation: Spermatogenesis
Spermatogenesis can be defined as the process by which the spermatozoa (haploid) develops from the germ cell In the semniferous tubules of the testes.
The damage in the testes can result in the mutation in the man's sperm cells. Any damage to the this structure will result in hindrance in the process of spermatogenesis.
Nitrate pollution in groundwater is most dangerous to infants, because it may cause blue baby <span> syndrome.</span>
Answer:
Option (2).
Explanation:
Ames test is used to identify the mutageneicity of the compound. The bacteria are treated with chemicals in the nutritive environment to determine whether the substance can acts as a mutagen or not.
The bacteria that can restore the biosyntheic activity in the environment can be considered as mutagen. The mutant bacteria can be easily identified in the Ames test.
Thus, the correct answer is option (2).
