What is biological cell immunotherapy and what does immune cell therapy do?

It is a method of using biotechnology and biological agents to culture and expand the immune cells collected from the patient's body in vitro and then infuse them back into the patient's body to stimulate and enhance the body's autoimmune function, so as to achieve the best purpose.

The immune system is the body's defense system, which is responsible for eliminating bacteria, viruses, and foreign substances, and eliminating senescent cells and mutated cells (some of which can become cancerous cells) in the body. The interaction between the body's immune system and cancer cells determines the eventual evolution of cancer. For healthy people, their immune system is strong enough to get rid of mutated cancer cells in time.

However, for patients with cancer cells, the immune system is generally low, which cannot effectively recognize and kill cancer cells; On the other hand, a large number of cancer cells proliferate, will further inhibit the immune function of patients, and cancer cells have a variety of mechanisms to escape the recognition and killing of immune cells, tumor cell immunity is to improve the immunogenicity of cancer with the help of molecular biology technology and cell engineering technology, to supplement the body with a sufficient number of normally functioning immune cells and related molecules, stimulate and enhance the body's anti-tumor immune response, and improve the sensitivity of cancer to the body's anti-cancer immune effect. Externally induce cancer-specific and non-specific effector cells and molecules to achieve the goal of ultimate cancer clearance.

Some patients with advanced cancer can consider being immune cells for cancer. In order to further achieve the purpose of prolonging the survival of patients, it is recommended that cancer patients can consider choosing immune cells, adjuvant chemoradiotherapy, which has the effect of reducing the adverse reactions caused by chemoradiotherapy, reducing pain and prolonging life.

Immune cells dutifully patrol the body, identifying and attacking tumor cells.

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The role of immune cells**:

1. Immune cells can induce autologous antiviral immune response through in vitro culture, proliferation, and activation, and once the human antiviral immunity is activated, it will continuously produce antiviral substances to kill the virus.

2. Most of the T cells that have the effect of killing tumor cells become memory cells in the body after activation, and are stored in lymphoid tissues, which provides long-term protection for the complete removal of tumor cells and the prevention and treatment of metastasis.

Its main process is to isolate immune T cells from cancer patients, use genetic engineering technology to add a chimeric antibody that can recognize tumor cells and activate T cells to kill tumor cells at the same time, and then expand a large number of CAR T cells through in vitro culture, and then infuse the cells back into the patient.

Cell** is an emerging ** model with significant curative effect, and it is a new ** method of autoimmune anti-cancer. It is a method of using biotechnology and biological agents to culture and expand the immune cells collected from the patient's body in vitro and then infuse them back into the patient's body to stimulate and enhance the body's autoimmune function, so as to achieve the purpose of the first class.

Cells can be used for a variety of diseases, and the effect is significant:

1. Chronic diseases (chronic renal failure, digestive disorders accompanied by decreased function of the stomach, gallbladder and pancreas, chronic constipation, chronic liver failure, intervertebral disc damage, spinal pain, premature joint wear. ）

2. Degenerative diseases (disease states in which neurons of the brain and spinal cord are lost, common diseases include ataxia, cerebellar atrophy, Parkinson's, multiple sclerosis, etc.).

3. Immune diseases ("autoimmune diseases" are diseases caused by the immune system's immune system responding to its own components, causing damage. Including: lupus erythematosus, rheumatoid arthritis, juvenile diabetes, a variety of ** diseases, etc. ）

4. Malignant neoplastic diseases (the principle of "killing tumor cells with the body's own immune cells" can greatly enhance the immune function of the human body and inhibit the growth of tumor cells. ）

5. Anti-aging and beauty (using the regeneration and repair function of cells to replace senescent cells in tissues in time, and also activate the growth of cells.) It can be used for **, wrinkle removal, etc. ）

7. Other diseases (liver cirrhosis, cerebral palsy, diabetes, hepatitis, necrosis of the femoral head, etc.) ）

My neighbor did not choose chemotherapy after cancer surgery at the beginning of last year, but followed the introduction and made immune cells**, which was done in a company called Nanjing Huaao Biotechnology, and recovered well in the later stage, and is now in good spirits.

Answer: Immune cells** are widely used in clinical practice, especially in malignant tumors. Its immune cells**, also known as biological immune cells**, are mainly proliferated and activated through in vitro cell culture, and then infused back into the body to induce their own antiviral immune response, once the human antiviral immune response is activated, it will continue to produce antiviral substances, which can kill viruses and kill tumor cells, and after the activation of T cells in the human body, they will be transformed into memory cells in the body and exist in lymphoid tissues, so as to play a certain role in the removal and prevention of tumor cells to prevent the appearance of ** and metastasis.

In many patients, adjuvant selection of immune cells** after surgical resection** and neutralization** can prolong the patient's survival and improve the quality of life.

Immune cells are a common name for white blood cells that are involved in or associated with an immune response. Including lymphocytes, dendritic cells, monocytes, macrophages, granulocytes, mast cells, etc. Immune cells can be divided into many types, each of which is responsible for a variety of immune functions.

Autologous immune cell technology** refers to the activation and expansion of mononuclear cells isolated from the peripheral blood of the autologous in vitro and then transfused into the patient's body to directly kill tumor cells or virus-infected cells, or regulate and enhance the body's immune function. Through the infusion of immune cells, it helps to improve the function of the immune system, timely help remove cancerous cells or bacterial, viral and microbial infections, and play an anti-tumor and anti-infection role, so as to effectively carry out sub-health maintenance APSC pluripotent cell indications:1

High stress, work tension, sub-health people 2People who want to prevent aging and maintain the rejuvenation of the body and facial beauty. 3.

People with degeneration of internal organ function: the function of heart, liver, lungs, kidneys, stomach and other organs declines or declines. 4.

People with endocrine disorders: female menstrual disorders, endocrine disorders, premature ovarian failure, early menopause, poor sleep and mood, etc. 5.

People with weakened immune system: weak immunity, susceptibility to colds or infections, etc. 6.

People with pre-aging body: aging of the body, lack of vitality, easy fatigue, aging of tissue and organ function, etc. 7.

People with degeneration of skeletal locomotor system: osteoporosis, pain of bone and joint hyperplasia, bone and joint degeneration, arthritis, degeneration of muscle, ligament and tendon function, decreased movement and mobility, etc. 8.

People with degenerative cardiovascular system function: arteriosclerosis, aging, coronary arteriosclerosis, stenosis, increased blood pressure, etc.

1. Reduce the risk of chemoradiotherapy*** 2. Improve the quality of life of cancer patients 3. The use of NK cells after surgery can enhance the surgical effect.

Generally used in the field of cancer, many patients can not be operated by radiotherapy and chemotherapy can try this, but the effect is unknown, some people say it is useful and some people say it is useless, and it is generally very expensive, tumor patients sometimes it is better to try the biological agent maitake d block, as an adjuvant of the tumor, the effect is also good.

Cellular immunity is an emerging tumor mode with significant efficacy, and it is a new method of autoimmune anti-cancer. It is a method of using biotechnology and biological agents to culture and expand the immune cells collected from the patient's body in vitro and then infuse them back into the patient's body to stimulate and enhance the body's autoimmune function, so as to achieve the purpose of the best tumor.

As far as I know, the use of cellular immunity in China has made a lot of achievements in the fields of tumors and chronic diseases, and has successfully used this ** to help patients suffering from painful diseases.

Cellular immunity is the collection of human autoimmune cells, which are cultured in vitro to increase their number thousands of times and target killing.

The function is enhanced, and then it is infused back into the body to kill pathogens, cancer cells, and mutated cells in the blood and tissues, and break the immune resistance.

Receive, activate and enhance the body's immunity, taking into account the dual effects of ** and health care.

Extended information: In general, the vast majority of microorganisms such as bacteria and protozoa are composed of a single cell, i.e., unicellular organisms, and more.

Plants and higher animals are multicellular organisms. Cells can be divided into two categories: prokaryotic cells and eukaryotic cells, but it has also been suggested that they should be divided into three.

class, that is, the ancient karyotic cells, which originally belonged to the prokaryotic cells, are separated as a parallel class with them. The discipline that studies cells is called cell biology.

Learn. Cells are so small that they can only be seen under a microscope and come in a variety of shapes. It is mainly composed of nucleus and cytoplasm, and has a thin surface.

Cell membranes. Higher plants have a cell wall outside the cell membrane, plastids in the cytoplasm, chloroplasts and vacuoles in the body, and mitochondria. Animal.

Cells do not have a cell wall, and centrosomes are often present in the cytoplasm, which is absent in higher plant cells. Cells have functions such as locomotion, nutrition, and reproduction.

Biological immunity can be applied to a variety of malignancies at different stages. It has good curative effects on malignant melanoma, kidney cancer, lung cancer, esophageal cancer, gastric cancer, pancreatic cancer, liver cancer, gallbladder cancer, bowel cancer, breast cancer, cervical cancer, ovarian cancer, glioma, prostate cancer, bladder cancer, leukemia, lymphoma (except T-cell lymphoma), multiple myeloma, soft tissue sarcoma, etc.

Antibody cells carried by one's own constitution may have been vaccinated.

Biological cellular immunity is a new tumor model with significant efficacy, and it is a new type of autoimmune anti-cancer method.

Biological immunity refers to the collection of human mononuclear cells, in vitro culture, so that the number of them is multiplied, the targeted killing function is enhanced, and then infused back into the human body to kill pathogens, cancer cells, and mutated cells in blood and tissues, break immune tolerance, activate and enhance the body's immunity, and take into account the dual effects of ** and health care.

Bioimmunity** is the fourth most common oncology technology after surgery, radiotherapy and chemotherapy.

Advantages of Biological Immunity**:

1. Surgery, chemotherapy and radiotherapy combined with tumor cell immunity can accurately remove residual tumor cells, prevent metastasis, and improve the quality of life and time of patients.

2. Quickly recover the immune damage caused by surgery and improve the success rate of surgery;

3. Remove residual cancer cells after surgery to prevent metastasis;

4. Reduce the immunosuppressive effect of chemotherapy drugs;

5. Enhance the tolerance of chemoradiotherapy and reduce the toxicity of chemoradiotherapy;

6. Reduce pain and improve the quality of life of patients.

Immune cells are a class of pluripotent cells with self-replication ability and multi-directional differentiation potential, which are the seed cells of the human body and are called by the medical community"Universal cells", immune cells and their differentiation products effectively repair the damage of important tissues and organs of the human body and cardiovascular diseases, metabolic diseases, nervous system diseases, blood system diseases, autoimmune diseases and other important diseases provide a new way, with immune cells as the core of regenerative medicine, will become another disease after drugs, surgery, so as to establish the core of a new medical revolution.

Immune cells are an important part of the innate immune system, and are important immunomodulatory cells for the body to resist infection and prevent cell malignant transformation.

At the same time, it can also produce a series of cytokines, and then regulate the body's adaptive immunity, which is a bridge connecting the body's innate immunity and specific immunity. It is not only related to anti-tumor, anti-viral infection and immunomodulation, but also in some cases involved in the occurrence of hypersensitivity reactions and autoimmune diseases, able to recognize target cells, killer mediators.

Immune cells are designed to improve our resistance, prevent diseases and viruses from invading our immune defense line and reduce illness, and there are several types of immune cells, some of which are specifically aimed at various cancer cell viruses, which can kill cancer cells and control tumor development.

Biological immunity is a new type of tumor method, which is generally used for tumor patients after surgery, first of all, the use of autologous cellular immunity can remove scattered tumor cells in the body and prevent a variety of tumors from postoperative surgery and metastasis. Tumor patients in the ** stage use biological immunity** for consolidation**, which can control tumor cell metastasis and **.