However, aspartame is still found in thousands of products on the shelves of supermarket stores. This paper studies the main arguments on both sides of the controversy surrounding aspartame and two recent safety studies; ultimately seeks to illuminate the truth on the safety of aspartame in humans. Before one can study the main arguments for and against the use of aspartame, general information regarding the synthetic nonnutritive sweetener should be known. Aspartame is hydrolyzed into three metabolites: aspartic acid, phenylalanine, and methanol . Aspartic acid is present in all consumed proteins and used, in the human body, to make other substances such as energy or fat . Too much aspartic acid has been linked to diseases: Epilepsy, strokes, and Lou Gehrig’s disease . Phenylalanine, like aspartic acid is an amino acid and present in all proteins; however, unlike aspartic acid, phenylalanine cannot be made from other substances in human’s bodies . Therefore, one’s level of phenylalanine is received
However, aspartame is still found in thousands of products on the shelves of supermarket stores. This paper studies the main arguments on both sides of the controversy surrounding aspartame and two recent safety studies; ultimately seeks to illuminate the truth on the safety of aspartame in humans. Before one can study the main arguments for and against the use of aspartame, general information regarding the synthetic nonnutritive sweetener should be known. Aspartame is hydrolyzed into three metabolites: aspartic acid, phenylalanine, and methanol . Aspartic acid is present in all consumed proteins and used, in the human body, to make other substances such as energy or fat . Too much aspartic acid has been linked to diseases: Epilepsy, strokes, and Lou Gehrig’s disease . Phenylalanine, like aspartic acid is an amino acid and present in all proteins; however, unlike aspartic acid, phenylalanine cannot be made from other substances in human’s bodies . Therefore, one’s level of phenylalanine is received