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The so-called immune milk is the current biological field of the use of DNA genetic factor method to give mammals such as cows or goats to selectively inoculate some bacteria, viruses, or other foreign antigens that can cause certain diseases in humans or animals, so that they can produce an immune response, and the milk secreted by these animals after vaccination is immune milk.
Colostrum functional food.
Immune milk, based on human breast milk, through modern immune biotechnology, according to the specificity of the human immune response, for different diseases (such as dysentery, cold, E. coli, etc.) to select the direct or indirect pathogenic bacteria (or viruses) that cause the disease as antigens (similar to vaccines), consciously immunize mammals (mainly referring to cattle and goats) to obtain specific antibodies containing biological activity, called immunoglobulin, into milk, this milk is called immune milk.
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Immunity lotion itself is a money scam!
The antibody itself is an active protein, which is true, but once it encounters high temperature (60), acid, alkali, and heavy metals, it will be completely inactive, that is, there is no immune effect.
Normal milk must contain multiple antibodies, not the milk produced by a single company. However, the processed and packaged milk or milk powder must go through the process of sterilization and other processes, and the antibody cannot still be active, so the antibody in the dairy product is a protein without any immune value, and advertising your own milk products as immune milk is a typical commercial fraud!
Even if the antibodies in dairy products are still active, they are generally inactivated by gastric acid in the stomach and broken down by proteases in the gastrointestinal tract.
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Genetically modified technology refers to the use of molecular biology techniques to transfer genes from certain organisms to their backs.
In other species, the genetic material of modified organisms is transformed to transform the modified organisms into targets for human needs in terms of traits, nutrition and consumption quality.
This process of transferring genes by means of biotechnology is what is now often referred to as transgenesis. It is not fundamentally different from the genes transferred by artificial hybridization methods, but the transgenesis carried out by biotechnology has a strong purpose - only the genes that are needed are transferred, and the unwanted and harmful genes are completely excluded, which can improve efficiency and speed up the process of breed improvement. At the same time, modern transgenic technology can also transfer distant biological genes, or even synthetic genes, into the varieties we need.
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It has been re-genetically improved and recombinant.
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The difference between genetically modified and non-GMO, experts reveal the secret on the spot, how much do you know?
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1. The cultivation method is different.
The food is cultivated by scientific means, and it is not a naturally grown food.
Non-transgenital food is cultivated by means of natural growth, and it is a naturally grown food, which is a good way for us to distinguish between them.
At the same time, because the genetically modified food is grown in the laboratory, various means are used to change its genes, resulting in its high yield, which is the difference between it and non-GMO food, which is also the biggest difference.
2. The appearance and shape are different.
The appearance of genetically modified foods and non-genetically modified foods is also different, such as American soybeans and Chinese soybeans, American soybeans are genetically modified foods, and its appearance is relatively round, while Chinese soybeans are non-GMO foods, which are oval and not round.
Non-GMO soy:
Genetically modified soybeans:
3. Different degrees of social recognition.
No scientists have yet proven that genetically modified foods are safe, so society does not recognize them.
However, genetically modified foods have been around for many years, and everyone eats non-genetically modified foods, so everyone recognizes this food.
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Non-GMO is self-copied and exists, while genetically modified crops are produced through biotechnology
Technique is the result of human creation, not natural existence. The growth cycle of non-GMO plants is constant, while genetically modified plants can shorten the crop time, speed up the maturity, and ** four seasons. Non-GMO needs to be combined with natural conditions and the yield is lower, whereas the yield of GMO food can be artificially controlled.
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Hello landlord! I hope the following can help you Non-genetically modified food is the conventional planting method we used to eat every day to cultivate food, vegetables, etc. and other foods made of raw materials, genetically modified crops are cultivated by scientists in the laboratory in recent years, can resist pests and diseases, and the yield is very high, but it may have a negative impact on the normal growth and development of the human body, so genetically modified food was once resisted by society, and many food manufacturers also advertised that they produced "non-genetically modified food" to attract consumers. Genetically modified foods are genetically engineered to modify the DNA in plant seeds, and then transfer these modified compound genes into other plant seeds, so as to obtain plant species that cannot grow automatically in nature.
At the end of the 80s of the last century, scientists began to apply the results of more than 10 years of molecular research to genetically modified foods, and in 1995, they successfully produced weed-resistant soybeans and put them on the market. After another seven years of hard work, they have now mass-produced genetically modified corn, soybeans, rape, potatoes, zucchini, etc., which are resistant to insect pests, viruses and weeds, using genetic technology. At present, the main production areas of genetically modified foods are the United States, Canada, the European Union, South Africa, Argentina, etc.
Genetically modified food is a new thing, and most people know little about it, coupled with insufficient publicity, which makes people doubt the safety of genetically modified food. Internationally, especially in Western Europe, there is a strong trend of resistance to genetically modified foods. The European Union has formulated a series of regulations on the production and sale of genetically modified foods, requiring that genetic changes shall not exceed 1 of the total number of genes, and genetically modified foods on the market must be labeled, and relevant international institutions are also required to conduct scientific tests on the harmlessness of genetically modified foods and their impact on the environment.
The evaluation of the harmlessness of genetically modified food mainly includes the following aspects: whether it is toxic, causes allergic reactions, the characteristics of nutrients or toxic proteins, the stability of the injected genes, the nutritional effects caused by genetic changes and other unnecessary functions. As far as human health is concerned, experts believe that the main thing to do is to examine the toxicity of genetically modified foods and their impact on the environment.
Experts believe that because genetically modified crops can better control pests and diseases, resist drought, increase yields, and have high nutrient content, they have broad development prospects. By 2015, the global population will increase to 9 billion, and only by increasing agricultural productivity can human demand for food be met, and modern biotechnology is undoubtedly one of the important means to increase agricultural productivity. People can also use genetic technology to produce fast-growing fish and vaccines for the pharmaceutical industry to meet the needs of human life.
However, experts also stressed that the development of genetically modified food must be subject to strict supervision, scientific testing, and international legislation to avoid it causing damage to human health and the environment.
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Eating and approving are two different things, because there is no money
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