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Intestinal lymphoid tissue


One of the most mysterious categories of diseases for the Western medical world is autoimmune diseases. They are characterized by the fact that the immune system manifests aggression towards certain parts of its own organism, performing an act of self-destruction. How and why is the system, designed only to distinguish between "one's own" and "another's", fails and sends its armies into battle against itself?
If the intestinal microflora is disturbed, the risk of parasites and diseases
When a mixture of antibiotics, preservatives, coffee and alcohol kills useful bacteria, their place is taken by more aggressive and resistant to external influences microorganisms. These toxic bacteria and chemicals contained in food cause all types of reactions in the intestinal lymphoid tissue (allergic, protective, inflammatory, restorative). But when holes in the walls of the intestine pass undigested particles, the immune system starts to work at full strength. Never in the entire history of the evolution of the organism has he been subjected to such a massive attack. Each undigested piece serves as a signal for universal mobilization.
The incidence of autoimmune diseases is growing steadily. One of the most famous among them is rheumatism. Streptococcus in the throat causes general mobilization of the army. Molecules of the streptococcus shell have a surface similar to the surface of the heart valves, in particular the mitral valve, and also to the surface of large joints. Soldiers of the immune army mistakenly take the heart valves and joints for streptococcus and open fire on them.

Joints are restored, but heart valves are damaged for life, remaining covered with scars.
Often decades after this attack, there is a need for an open heart surgery to restore or replace valves.
Under the influence of a standard modern diet intestinal lymphoid tissue is in a state of anxiety, constantly initiating immune reactions. This gradually depletes the energy reserve required by the body for self-healing, detoxification and other important functions. This depletion of the energy reserve can be manifested, for example, in daily fatigue.
When intestinal integrity is impaired, the intestinal lymphoid tissue is exposed to visitors that it would never have met in vivo. A food product that has never before created problems, in conditions of toxins can turn into a potential allergen. The army of allergic reactions rises by alarm and sends signals to other parts of the body.
By letting the body heal the walls of the intestine, restore its microflora and calm the inflammatory immune armies with certain nutrients, you can return to a time when familiarity with the restaurant menu did not resemble the advance in the minefield. You never know what step will cause an explosion.
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Intestinal lymphoid tissue

  1. Lymphoid neoplasms.
    The group of lymphoid neoplasms is numerous and diverse. It is mainly represented by lymphomas (non-Hodgkin's lymphomas and Hodgkin's lymphoma). It also includes lymphocytic leukemia and plasma cell discrepancies. The modern approach requires taking into account the immunophenotype of tumor cells. Analysis of immunophenotypes of cells by their markers is performed with the help of monoclonal antibodies, which make it possible to isolate
  2. The structure and role of lymphoid tissue in the activity of the immune system
    Clusters of lymphocytes, macrophages and other auxiliary cells are found in many organs and tissues, especially in the mucous membranes. Directly under the mucosal epithelium in close connection with the epithelial cells are the lymphocytes of the Peyer's patches of the small intestine, the lymphoid follicles of the appendix, the tonsils of the pharynx, the lymphoid follicles of the submucosal layer of the upper
  3. Connective tissue.
    The connective tissue is approximately 50% of the body weight. Loose connective tissue of the subcutaneous tissue, compact bone and teeth, tendons and intermuscular fascial interlayers, skin and intraorganic stroma of the parenchymal organs, neuroglia and peritoneum are all connective tissue. I - mast cell; II - reticulin fibers; III - elastic fiber; IV - collagen fibers; V
  4. CONNECTIVE TISSUE
    On the properties of connective tissue combines a significant group of tissues: the actual connective tissue (loose fibrous, dense fibrous - unformed and decorated); tissues that have special properties (fat, reticular); skeletal hard (bone and cartilaginous) and liquid (blood, lymph). The connective tissue performs supporting, protective (mechanical), formative,
  5. Abstract. Intestinal infections and their prevention. Distinctive features of intestinal infections from food poisoning of microbial nature, 2011
    "Intestinal infections and their prevention. Distinctive signs of intestinal infections from food poisoning of microbial nature "Intestinal infections include typhoid fever, paratyphoid A and B, dysentery, cholera, infectious hepatitis, etc. This group of diseases is characterized by the same localization of the pathogen (intestine), the same mechanisms and ways of infection (fecal -oral, contact-household),
  6. CONNECTIVE TISSUE
    Connective tissue is divided into three types: the proper connective, cartilaginous and bone. It performs several functions: 1) trophic, as it participates in the transfer of nutrients from the blood to other tissues and vice versa; 2) protective, thanks to the activity of phagocytes and the production of immune bodies; 3) plastic, expressed in active participation in the processes of regeneration, wound healing; 4)
  7. MUSCLE
    Muscle tissue is a kind of tissue that carries out motor processes in the body of humans and animals (for example, movement of blood through blood vessels, movement of food during digestion, etc.) with the help of special contractile structures - myofibrils. There are two types of muscle tissue: smooth (undistorted); striated skeletal (striated) and cardiac striated
  8. Bone.
    Bone tissue is a special kind of connective tissue. It is necessary to distinguish between the concepts "bone as an organ" and "bone tissue". Bone as an organ is a complex structural formation, which along with a specific bone tissue includes the periosteum, bone marrow, blood and lymph vessels, nerves and in some cases cartilaginous tissue. Bone tissue is the main part of the bone. She is
  9. Cartilage tissue
    Cartilage tissue plays a supporting role. It does not work for tension, as a dense connective tissue, but thanks to internal tension it well resists squeezing. This tissue forms the basis of the larynx nbrinlcho, serves for immovable connection of bones, forming synchondroses. Covering the articular surfaces of bones, softens movement in the joints. Cartilaginous tissue is rather dense and at the same time
  10. Bone
    The function of bone tissue is primarily associated with the implementation of mechanical tasks, and on the one hand, bone tissue due to its density is a reliable support and protection for soft organs and tissues and, on the other hand, due to its internal organization, it provides a softening of tremors and tremors, that is, depreciation. In addition, bone tissue is actively involved in the mineral
  11. NERVOUS TISSUE
    Nervous tissue is the main component of the nervous system, provides signals (impulses) to the brain, their conduct and synthesis, establishes the relationship of the organism with the environment, participates in the coordination of function within the body, ensures its integrity. Nervous tissue consists of nerve cells - neurons (neurocytes), which have a special structure and functions, and
  12. HEART MUSCULAR TISSUE
    This tissue forms one of the layers of the heart wall - the myocardium. It is divided into the actual cardiac muscle tissue and the conducting system. The cardiac muscle tissue in its physiological properties occupies an intermediate position between the smooth muscles of the internal organs and the striated muscles (skeletal muscles). It is shortened {foto65} Fig. 66. Diagram of the structure of the cardiac muscle
  13. SMOOTH MUSCULAR TISSUE
    from a smooth muscle tissue built a muscular layer of the walls of all cavitary internal organs, it is also in the walls of the blood vessels and in the skin. This tissue is reduced relatively slowly, does not tire for a long time. The contractions are rhythmic, at regular intervals. This tissue develops from the mesenchyme, the cells of which are stretched in one direction, acquiring a spindle-shaped shape,
  14. EPITHELIAL TISSUE
    Epithelial tissue - the epithelium is a cover tissue. Epithelium develops from all three embryonic leaflets. From the ectoderm, the epithelium of the skin, respiratory tract, anterior and posterior parts of the digestive tube, the urinary ducts and epithelium of glands belonging to these departments are formed. The endodermal origin of the epithelium is mainly the digestive tube and all glands
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