Answer
As we know that gluten is a family of protein found in grains like wheat, rice,barley etc. when it is taken by body the digestion of protein start in stomach and finish in small intestine. Here an enzyme belong to hydrolases enzymes called protease, pepsin and trypsin start digestion of protein molecules. these enzymes actually beak down the peptide bonds present amongst amino acids of protein and release them.
metabolism in liver
protein molecules along with free amino acids move towards liver in blood stream , here amino groups are removed from amino acids in the form of ammonia which are very toxic and removed from the body in the form of waste products, while the remaining compounds is converted to some other form which is then store or use in body for energy purposes,
Answer:
An anticodon is a trinucleotide sequence complementary to that of a corresponding codon in a messenger RNA (mRNA) sequence. An anticodon is found at one end of a transfer RNA (tRNA) molecule.
Explanation:
Where salt is pushed from forming ice into the surrounding sea water
(Complete question attached)
Answer:
- Pol III binds to 3' end of primer B
- Poll III moves to 5' to 3',adding DNA nucleotides to primer B
- Pol I binds to 5' end primer A
- Pol I replaces primer A with DNA
- DNA ligase links fragments A and B
Explanation:
Both strands of parental DNA acts as a template for the synthesis of new DNA. The site of synthesis is called replication fork because the daughter strands look similar to <em>two-pronged fork.</em> The strands formed from Okazaki fragments(short sequences of DNA nucleotides) is called the <u>lagging strands,</u> which is synthesized in short fragments and in the opposite direction. While the strand that is synthesized continuously and in the same direction as the movement of the replication fork is called the <u>leading strand.</u> Both strands are synthesized in a 5'→3' direction. DNA ligase join these fragments together.
The answer of the question is citric acid cycle
