Can the wild children brought up by animals reintegrate into human society?

I think that the "wild child" who was brought up by animals can still reintegrate into human society, but it may take a little time, just like teaching a child who has just grown up to start all over again, it may be difficult, but I think it is okay as long as you have enough patienceAlthough the child is brought up by animals, he will have some animal habits, such as walking with his hands and feet, not being able to speak, and not being able to distinguish right from wrong well, but his essence is actually still human, and this cannot be changed at any time, just because no one teaches him, so he will not know these things.

Because when a child is born, it is a blank piece of paper, what you draw on it, what he looks like, just like different families, will educate different children for reasons, because he can't distinguish between right and wrong, so he can only imitate the things around him, he thinks what he sees is right, but if he is brought back to the human world, he may still become a real child, heIf he can't speak, we can teach him to speak, he is different from animals, animals themselves can't speak, but he can, he won't just because no one taught him, so if he lives in human society, it is still possible to change.

He doesn't understand the rules of human beings, we can also teach him, but it takes a little patience, maybe he won't be very obedient at first, and even a little irritable, but we can't give up on them because of this, and we can't use this way of beating and scoldingBecause he has emotions, whether a person likes him or not, he can feel it, as long as we put our hearts into it, he will definitely feel love, love is the most powerful **, he can make a lot of changes in people.

Therefore, even a "wild child" can actually be reintegrated into human society, but it depends on whether we accept him and teach himAs long as we accept him in our hearts, he will be able to live better in this society.

Wild children brought up by animals should be able to reintegrate into human society, and the process of reintegrating into human society is also very difficult and hard.

This is very difficult, because his IQ and emotional intelligence are completely insufficient to cope with this complex human society.

Wild children brought up by animals have a harder time reintegrating into human society. Because the wild child was brought up by animals, his habits have been changed. His attributes as a social person are no longer there, and it is difficult to reintegrate into human society.

1. Amino acids and their derivatives.

Natural amino acids and amino acid mixtures and derivatives. Methionine can prevent hepatitis, hepatic necrosis and fatty liver, and glutamate can be used to prevent hepatic coma, neurasthenia and epilepsy. 5-Hydroxytryptophan.

2. Peptide and protein drugs.

The chemical essence is the same, but the molecular weight is different. Protein drugs: serum albumin, gamma globulin, insulin; Peptide drugs: oxytocin, glucagon.

3. Enzymes and coenzymes.

Enzyme drugs are divided into digestive enzymes (pepsin, pancreatic enzymes, maltoamylase), anti-inflammatory enzymes (lysozyme, trypsin), cardiovascular disease enzymes (kallikrein, vasodilation and blood pressure reduction), etc. Coenzyme drugs transfer hydrogen, electrons and groups in enzymatic reactions, and coenzyme drugs have been widely used in liver disease and coronary heart disease**.

4. Nucleic acids and their degradants and derivatives.

DNA can be used for mental retardation, weakness and resistance to radiation, RNA is used as an adjunct for chronic hepatitis, cirrhosis and liver cancer, and polynucleotides are inducers of interferon.

5. Carbohydrate drugs.

Anticoagulant, hypolipidemic, antiviral, antitumor, immune function enhancement and anti-aging.

[Biological products] for human use: serum, vaccines, blood products, etc.

Biological products: immunological preparations or biologically active preparations made by applying biological technologies such as genetic engineering, cell engineering, and fermentation engineering. It can be used for disease prevention, diagnosis and**.

Classification According to the use of biological products, it can be divided into three categories: biological products for prevention, biological products for ** and biological products for diagnosis.

1.Biological products for prevention are used for the prevention of infectious diseases. There are three categories: vaccines, toxoids, and -globulins.

2.**Biologics include various blood preparations, immunologics such as interferon. According to the mechanism of action, it can be divided into specific (such as antitoxin and -globulin) and non-specific (such as interferon and human albumin).

3.Diagnostic biological products are mostly used to detect the corresponding antigens, antibodies or the immune status of the body, and belong to immunological diagnosis. With the development of immunology technology, the types of diagnostic biological products are increasing, not only for infectious diseases, but also for other diseases.

There are two main categories: diagnostic serum, including bacterial, viral rickettsia, antitoxin, tumor, hormones, blood group and HLA, immunoglobulin diagnostic serum, transferrin, erythrocyte hemolysin, biochemical preparations, etc. Diagnostic antigens, including bacteria, viruses, rickettsia, toxins, syphilis diagnostic antigens, plague phages, etc.

In addition, there are red blood cells, fluorescent antibodies, enzyme-labeled preparations for enzyme-linked immunoassay, radioimmunolabeled radioimmunotherapy for radionucleus, pregnancy diagnostic preparations (hormones), and monoclonal antibodies for diagnosis.

Register for classification. 1.Vaccines that are not marketed at home or abroad.

Vaccine. 3.The vaccines that have been marketed have been changed to new adjuvants, and the conjugated vaccines have been changed to new vectors.

4.Switching from non-purified or whole-cell (bacterial, viral, etc.) vaccines to purified or component vaccines.

5.Vaccines produced with viruses that have not been approved in China (except for influenza vaccines, leptospirosal vaccines, etc.).

6.Vaccines that have been marketed abroad but not in China.

7.Conjugate vaccines or combination vaccines prepared from vaccines that have been marketed in China.

8.Recombinant vaccines with different protective antigen profiles from commercially available vaccines.

9.Replacement of vaccines with other approved expression systems or approved cell matrix production; Vaccines prepared using a new process and significantly improved product safety and efficacy have been demonstrated by laboratory research data.

10.Vaccines that change the inactivator (method) or detoxifier (method).

11.Vaccines that change the route of administration.

12.Vaccines that change the dosage form of vaccines that have been marketed in China, but do not change the route of administration.

13.Vaccines that change the dose or schedule of immunization.

14.Expand the use of vaccines in the population (increasing age groups).

15.Vaccines that have national drug standards.