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Diseases

Tooth chart — is every tooth connected to a different organ?

Sources: 9 · Article: 5 602 characters

Nathan S. Bryan claims that every tooth is connected to specific organs.

  • According to him, an infected tooth can disrupt the function of the organ assigned to it.
  • Igor Dogocki describes connections between the mouth and the body through nerves, blood, and lymph; inflammatory mediators can travel along these routes to various organs.

What the authors write

Nathan S. Bryan

Each tooth is said to be connected to specific organs.

„So, what do root canals have to do with chronic disease? As shown in the picture above, every tooth is connected to specific organs. This dates back more than 5000 years, so it has stood the test of time. It is how the Ancient Chinese first began to understand energy medicine.”So, what do root canals have to do with chronic disease? As shown in the picture above, every tooth is connected to specific organs. This dates back more than 5000 years ago so it has stood the test of time. It is how the Ancient Chinese first begun to understand energy medicine.
Nathan S. Bryan

Dental problems can directly affect one or more organs, and an infection can disrupt the function of the organs assigned to that tooth.

„This interactive meridian tooth chart below shows you further that the mouth and body are interconnected. Problems in the teeth can have a direct influence on another organ (or organs) in the body. All electrical circuits in our body that serve all organ systems go through our teeth.”This interactive meridian tooth chart below shows you further that the mouth and body are interconnected. Problems in the teeth can have a direct influence on another organ (or organs) in the body. All electrical circuits in our body that serve all organ systems go through our teeth.
Igor Dogocki

Each tooth has its own nerve supply, blood supply, and lymphatic system.

„Each tooth has its own nerve supply, blood supply, and lymphatic system. Teeth are alive and need nutrients, like any other tissue in the body. They draw nutrients to maintain the strength and integrity of their tissues, especially the hard enamel and dentin covering them.”Każdy ząb ma własne unerwienie, własny układ krwionośny i limfatyczny. Zęby są żywe i potrzebują składników odżywczych, jak każda inna tkanka w organizmie. Czerpią substancje odżywcze, aby zachować siłę i integralność swoich tkanek, a w szczególności pokrywające je twarde szkliwo i zębinę.
Igor Dogocki

The chewing system, including the teeth, is presented as closely connected to the whole body, especially the brain.

„My team recognizes that the chewing system (teeth, gums, temporomandibular joints, muscles, nerves, salivary glands) is very closely connected to the whole body, especially the brain. After all, almost all the sensory organs are located around it and the brain.”Mój Zespół zdaje sobie sprawę, że narząd żucia (zęby, dziąsła, stawy skroniowo-żuchwowe, mięśnie, nerwy, ślinianki) jest bardzo ściśle połączony z całym ciałem, a szczególnie z mózgiem. W końcu prawie wszystkie narządy zmysłów są rozmieszczone właśnie wokół niego i mózgowia.
Igor Dogocki

Inflammatory mediators from the mouth can reach various organs through blood vessels, lymphatic vessels, and nerves.

„These mediators can reach all organs through blood vessels, lymphatic vessels, and the nerves running through a given region. Depending on the patient's predispositions, regional and/or systemic disorders and disease symptoms eventually develop.”Przekaźniki te mogą dotrzeć do wszystkich narządów poprzez naczynia krwionośne, limfatyczne, a także przez przebiegające w danym regionie nerwy. W zależności od predyspozycji pacjenta ostatecznie rozwijają się regionalne i/lub ogólnoustrojowe zaburzenia i objawy chorobowe.
Igor Dogocki

Toxins from a dead tooth can travel in the blood to any organ.

„Each of them is a highly toxic substance that can travel with the blood to any organ in our body. Bacteria begin to take over the dental tubules and gum pockets of such dead teeth, so after another year or two, inflammation develops in the gum and dentin tissue.”Każda z nich to silnie trująca substancja, która wraz z krwią jest w stanie przedostać się do dowolnego narządu w naszym organizmie. Kanaliki zębowe oraz kieszonki dziąseł takich martwych zębów zaczynają opanowywać bakterie, przez co po upływie kolejnego roku lub dwóch w obrębie tkanki dziąseł i zębiny tworzą się stany zapalne.
Igor Dogocki

Periodontal bacteria can enter the bloodstream and reach distant parts of the body.

„Periodontal pathogens can also enter the blood and systemic circulation, then colonize various distant anatomical sites in the body. For example, periodontal bacteria are involved in several systemic diseases, including endocarditis and brain abscesses.”Patogeny przyzębia mają również zdolność przenikania do krwi i krążenia ogólnoustrojowego, a następnie kolonizacji różnych odległych miejsc anatomicznych w ciele. Na przykład bakterie przyzębia są zaangażowane w kilka chorób ogólnoustrojowych, w tym zapalenie wsierdzia i ropnie mózgu.

Perspectives and opinion materials

The content below presents the authors’ opinions, interpretations and hypotheses. It is not treated as equal to scientific studies and systematic reviews.

Orthomolecular Medicine News Service Opinion material
„[185] Cavitations have a comparable connection to chronic diseases, including breast cancer, although it is much less extensively studied than the relation between abscessed teeth and chronic disease. [186-189] In addition to the clear visual appearance of chronic infection at the time of extraction, frequently accompanied by putrid odors, ALL root canal teeth extraction sites have pathogens that can be cultured, and microscopic examinations of biopsy specimens always reveal inflamed and necrotic bone and tissue cells resulting from the chronic infection.”[185] Cavitations have a comparable connection to chronic diseases, including breast cancer, although it is much less extensively studied than the relation between abscessed teeth and chronic disease. [186-189] In addition to the clear visual appearance of chronic infection at the time of extraction, frequently accompanied by putrid odors, ALL root canal teeth extraction sites have pathogens that can be cultured, and microscopic examinations of biopsy specimens always reveal inflamed and necrotic bone and tissue cells resulting from the chronic infection.
Orthomolecular Medicine News Service Opinion material
„Focal infections outside the mouth do not have the direct connection to venous and lymphatic drainage that infected gums, teeth, and tonsils have. Also, other sites of infection do not generate the high pressures that are seen when the teeth grind and chew. These pressures greatly increase the expression of pathogens into the blood and lymph. As of the writing of this article, the routine diagnosis and elimination of infective foci in the mouth is rarely part of the routine treatment of a suspected or established coronary heart disease patient. Nevertheless, it remains the most important part of an atherosclerosis treatment protocol.”Focal infections outside of the mouth do not have the direct connection to venous and lymphatic drainage that infected gums, teeth, and tonsils have. Also, other sites of infection do not generate the high pressures that are seen when the teeth grind and chew. These pressures greatly increase the expression of pathogens into the blood and lymph. As of the writing of this article, the routine diagnosis and elimination of infective foci in the mouth is rarely part of the routine treatment of a suspected or established coronary heart disease patient. Nevertheless, it remains the most important part of an atherosclerosis treatment protocol.
Orthomolecular Medicine News Service Opinion material
„[2] The gut microbiome is viewed by some as a "microbial organ" because of these physiological and pathophysiological interactions with the rest of the body. [3] Less diverse microbiomes, with greater amounts of pathogens rather than friendly microbes, have been associated with, and are likely causative for, nearly 40 diverse medical conditions. These include allergies, mood disorders, autism, digestive diseases, cardiovascular ailments, and several types of cancer.”[2] The gut microbiome is viewed by some as a "microbial organ" because of these physiological and pathophysiological interactions with the rest of the body. [3] Less diverse microbiomes, with greater amounts of pathogens rather than friendly microbes, have been associated with, and are likely causative for, nearly 40 diverse medical conditions. These include allergies, mood disorders, autism, digestive diseases, cardiovascular ailments, and several types of cancer.

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