WHO calls for stopping the use of 1 meat grinder , which is not good for the liver, and don t wait

Mondo Gastronomy Updated on 2024-02-10

In our daily life, the meat grinder has become an indispensable tool in the kitchen, and it is widely used in the preparation of various meat products due to its convenience and efficiency. However, a recent World Health Organization (WHO) warning has attracted global attention and discussion: the possible health risks of over-reliance on meat grinders in the process of processing food, especially the negative effects on liver health. This news is like a wake-up call in the hearts of everyone who pursues a healthy life. Why did a meat grinder, which has always been seen as a good helper in the kitchen, suddenly become a health hazard? In what exactly is it likely to adversely affect our liver?

The meat grinder, a frequent guest in the kitchen, has become the tool of choice for modern families to make meat-related foods because of their time-saving and labor-saving advantages. However, recent warnings from the World Health Organization have revealed the risks that this handy tool may pose to liver health, prompting a re-examination of the public's daily eating habits and their potential health effects.

The high speed of rotation produced by the meat grinder when processing meat can lead to changes in the protein structure of the meat, which can affect its nutritional value. What's more, this process may lead to certain components in meat being more easily absorbed by the body, which is a non-negligible increase in the metabolic burden on the liver.

During the use and cleaning of meat grinders, if they are not handled properly, they can easily become a breeding ground for bacterial contamination, especially Salmonella and E. coli, which are common in meat. Once these bacteria are ingested, they will not only affect intestinal health, but also increase the burden on the liver and affect liver function through blood circulation.

Modern meat grinders come in a variety of materials, some of which may contain chemicals that are harmful to the human body, such as plasticizers. During high-speed spinning processing, these chemicals have the potential to be released from machine parts and enter the food chain, where they accumulate in the body for a long time, causing potential damage to the liver.

Incorrect handling practices, such as over-processing meat, can also lead to the formation of harmful substances in meat. For example, over-ground minced meat is more likely to produce carcinogens such as heterocyclic amines during high-temperature cooking, which is a serious challenge to the liver's detoxification function.

The liver, as one of the most important metabolic organs in the human body, undertakes the task of detoxification, metabolism and production of essential proteins for life. However, changes in modern dietary habits, especially the widespread consumption of processed meat, pose a potential risk to liver health. The widespread use of meat grinders, especially in the home and food processing industries, has raised concerns about liver health.

Processed meats, such as sausages, bacon, and ham, are often pre-processed through a meat grinder. Studies have shown that preservatives and chemical additives added to these foods, such as nitrite, can be converted into nitrosamines, a known carcinogen, in humans. The formation of nitrosamines increases the burden on the liver, and long-term intake of large amounts of processed meat increases the risk of liver cancer and other liver diseases.

Meat grinders make meat easier to digest and absorb, but it also means that harmful substances are absorbed more efficiently. In addition, bacteria (such as Salmonella and Listeria monocytogenes) and other microorganisms that may be introduced during the meat grinding process can cause food poisoning and increase the pressure on the liver to detoxify if not cooked thoroughly.

Consumers are encouraged to choose fresh and unprocessed meat and avoid or limit the intake of processed meat. Make sure the meat is thoroughly cleaned before and after grinding, avoiding cross-contamination, and cooking thoroughly to kill harmful microorganisms that may be present. Increase your intake of vegetables and fruits, which are rich in antioxidants and fiber, which help protect the liver from damage.

In our kitchens, the meat grinder has become an indispensable tool for making all kinds of delicious dishes due to its convenience. However, a recent call by the World Health Organization (WHO) has brought the health effects of this common kitchen appliance to widespread attention. WHO notes that over-reliance on meat grinders when handling and consuming processed meat products can adversely affect human liver health. This warning is not unfounded, but is based on in-depth research and long-term observations.

Meat processed by meat grinders, especially if the degree and frequency of processing are not properly controlled, are susceptible to unhealthy chemical changes in the proteins and fats in the meat due to high temperatures and intensive mechanical processing. These changes may not only reduce the nutritional value of foods, but may also produce substances that are harmful to liver function, such as peroxides and saturated fatty acids, which can increase the burden on the liver and may lead to liver disease over time.

To reduce this risk, WHO has developed a series of recommendations aimed at encouraging people to use meat grinders more scientifically while promoting healthy eating habits:

Reduce the frequency of processed meats and choose fresh, unprocessed meats as the main part of your diet whenever possible**. Increase your intake of vegetables and whole grains, which are rich in fiber and nutrients that can help protect liver health.

When using a meat grinder to process meat, be careful not to over-process it and avoid using high temperatures for long periods of cooking to reduce the formation of harmful substances. Especially for people who regularly consume processed meat, regular liver function checks for early detection and early **.

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