Holistic Dentistry NJ

When the element mercury accumulates to a high concentration in the body, it can lead to a variety of acute and chronic medical problems, including organ damage and compromise of major bodily systems. Dentists who focus on safe amalgam removal must receive specialized training in the practice; they also follow government guidelines for containment of mercury vapor during the procedure and disposal of mercury-containing materials afterward. The symptoms of mercury toxicity are manifold; poisoning from the element can affect every part of the body, including the neurological, central nervous, gastrointestinal, immune, neuromuscular, and cardiovascular systems, as well as major organs, such as the brain, liver, and kidneys. Multiple medical studies report that the effects of mercury toxicity can be mitigated and often reversed when proper procedures are implemented to remove the sources of mercury poisoning in the body. The most common source of mercury entering the body is f

A root canal-treated (RCT) or root-filled tooth is one in which the dental nerve, commonly called the pulp, is intentionally removed and is filled with an inert material called gutta percha. What are the pros and cons of root canals? The pro of a root canal is obvious: the painful or dead tooth is treated and extraction is avoided. But we must ask two key questions before starting a root canal. Can the tooth be restored? Can a predictable RCT be performed, or are there risks for a poor result?   How is a root canal properly diagnosed? A root canal is a treatment, not a diagnosis. Good dentistry, like good medicine, starts with a proper diagnosis of the tooth. Some dentists argue that a diagnosis is academic and a waste of a patient’s time. The result is always the same, they say, a root canal. However, establishing a true diagnosis of tooth pain may avert an unnecessary root canal of an otherwise healthy tooth. What are my options once a root canal is inevitable?

Childhood, when permanent teeth began to grow, is the best time to teach youngsters good oral hygiene habits and how to make wise nutritional choices. By learning how to prevent compromising the enamel, the hard substance that covers teeth, children can minimize and perhaps prevent the dental problems that plague many adults. Some studies have demonstrated that certain foods, medical conditions, and bacteria can initiate decay other studies assert that, although those factors may start the decay process, they do not contribute the formation of cavities. Pediatric tooth decay is on the rise. Some research suggests that systemic causes including radiation exposure, hormonal abnormalities, and foreign proteins in food are to blame. Tooth decay in children falls into distinct categories: Baby teeth versus adult teeth Anterior (front) vs. posterior (back) tooth patterns Contra-lateral tooth patterns Decay clustering Post-eruption susceptibility A pediatric dental wellness

Mercury, the only metallic element that is a liquid under standard temperature and pressure conditions, is widely utilized in many industries and processes. It has been used as a component of dental amalgam since ancient times and is found in fluorescent tubes and thermometers. Mercury toxicity symptoms are many; mercury poisoning takes a heavy toll on the body, affecting the neurological and central nervous systems, as well as the gastrointestinal, immune, neuromuscular, and cardiovascular systems. Major organs, such as the brain, liver, and kidneys, also suffer as a result of mercury toxicity. A wide variety of symptoms is attributed to toxicity resulting from mercury amalgam. This list includes but is not limited to: Headache, fatigue, loss of concentration, irritability, depression, insomnia, and dizziness Diverticulosis, stomach cramps, bloating, loss of appetite, and gastrointestinal disturbances Muscle fatigue and tremors, sciatic and chest pains, leg cramps, joint

We are constantly being exposed to various toxins from our environment, such as heavy metals, chemicals, radiation, and acids. When these toxins enter our body, they may exert adverse effects which can result in symptoms or disease. As a result of our unique identity called biological individuality. In order to understand resistance and susceptibility, we need to be familiar with the system designed to protect us and prevent disease. This system is composed of three sequential parts: Identification: The Immune System carries out this process. Neutralization: The Detoxification System performs this task Elimination: The  Elimination System colon and kidneys work to remove toxins. Xenobiotics can place a great deal of stress on the entire system. Because of the complexity and toxicity of xenobiotics, the system may break down during the identification and processing stages. If the body successfully manages these stages, the elimination process can be equally as challengi