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It is a lipid. It is not a protein since it is not a chain of amino acids; it is not a carbohydrate because it doesn't follow the formula CmH2nOn; and it is not a nucleic acid since it is not a chain of nucleotides.
No. Salts are not macromolecules since they cannot be broken down into molecules that exist by themselves.Macromolecules include carbohydrates, lipids, and proteins. They are respectively chains of saccharides, glycerol+fatty acids, and amino acids.Salt is not a macromolecule but has a large lattice.
Unlike pepsin, trypsin is secreted by the pancreas into the small intestine, explains Dr. Gary Thibodeau in his book "Anatomy and Physiology." It also breaks the bonds between amino acids, but it focuses on different amino acid bonds. Specifically, trypsin breaks the bonds that follow the amino acids lysine and arginine. Since different proteolytic enzymes can break different bonds, many enzymes have to work together to break a protein down completely.
Someone answer my question! Say 'please' next time. Since you omitted to mention the particular enzyme involved, the best I can do is say that proteins are made of amino acid molecules. When proteins are degraded by enzymes, you get oligopeptides (smaller proteins) or amino acids.
Since proteins are polymers of amino acids, it's not likely.
It is a lipid. It is not a protein since it is not a chain of amino acids; it is not a carbohydrate because it doesn't follow the formula CmH2nOn; and it is not a nucleic acid since it is not a chain of nucleotides.
No. Salts are not macromolecules since they cannot be broken down into molecules that exist by themselves.Macromolecules include carbohydrates, lipids, and proteins. They are respectively chains of saccharides, glycerol+fatty acids, and amino acids.Salt is not a macromolecule but has a large lattice.
Unlike pepsin, trypsin is secreted by the pancreas into the small intestine, explains Dr. Gary Thibodeau in his book "Anatomy and Physiology." It also breaks the bonds between amino acids, but it focuses on different amino acid bonds. Specifically, trypsin breaks the bonds that follow the amino acids lysine and arginine. Since different proteolytic enzymes can break different bonds, many enzymes have to work together to break a protein down completely.
Someone answer my question! Say 'please' next time. Since you omitted to mention the particular enzyme involved, the best I can do is say that proteins are made of amino acid molecules. When proteins are degraded by enzymes, you get oligopeptides (smaller proteins) or amino acids.
Yes, since enzymes speed up the chemical process that is digestion.
Since proteins are polymers of amino acids, it's not likely.
protein is essential since all enzymes are protein
Since Amino Acids are also proteins the Ribosomes will synthesise the long chains of amino acids
Sheamus does belong to raw and he has since some point in october
Since it's a secondary α-amino acid that doesn't have a free amino group
it might be a protein.. since proteins are polymers of various amino acids..
nonessential amino acids. since there is an adequate amount of amino acids in plants and nonessential amino acids are synthasized in the human body. not to mention dipeptides and polypeptides are bonds of amino acids.