Melamine poisoning Research Paper Example | Topics and Well Written Essays - 2500 words

Melamine poisoning - Research Paper Example They are not much bother about the safety of the consumers. â€Å"China milk poisoning incidents make everyone afraid to look at the daily news report. Every day, the reports are changing. No one can clearly tell us what to eat and not to eat† (Smsasad). Even in baby food items product manufacturers are using some harmful chemicals in order to keep the baby foods secure for a longer period and also to make it tastier. China is one country which keeps no ethics or morality in business practices. They are producing in bulk without bothering much about the quality of their products in order to compete effectively in the market. Even in baby milk, manufactured by the Chinese business people, many of the harmful chemical ingredients were found recently. Melamine is a basic organic chemical intermediate, with chemical formula C3H6N6. It is commonly produced from urea, and contains 66 percent nitrogen by mass. Nitrogen is a very important building stone of all living beings. The element is an essential ingredient of proteins, which make up most of the human body that isn’t bone or water. As such, making nitrogen measurement is a common practice for protein content estimation. The Kjeldahl and Dumas testing methods are the standard tests used in the food industry for measuring total nitrogen in crude protein content while they can be misguided by adding nitrogen-rich compounds such as melamine (Milk Poison Could Come From Melamine Scrap) Even though, melamine has much other industrial use, it is never adviced to use with food items. The detection of melamine in Chinese infant milk products has created many concerns about the safety of using Chinese food items. This paper briefly analyses the Melamine poisoning in Chinese milk production. Melamine contains 66% nitrogen by mass. It is formed in the body of some mammals through some natural or biological process. It is used widely to produce thermosetting plastics.