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Showing posts from September, 2017

What Are the Facts About Tooth Decay in Children? Dr. Philip Memoli

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Tooth decay, known medically as dental caries, happens to every person in every age group. Children, however, are a special focus for the prevention of tooth decay. Outside of very rare instances in medical history, children are the only people who can grow new teeth. When the deciduous teeth (commonly called “baby teeth”) are lost during childhood, permanent (“adult”) teeth begin to grow in their place. A competing theory about the cause of tooth decay considers it to be a manifestation of systemic disease; in other words, the problem originates elsewhere in the body, with tooth decay merely being a result of a larger, underlying health issue that contributes to insufficient mineralization in dentin (hypomineralization). Proponents of this causal theory stress that:           Under the acid theory, any exposure to sugar in the mouth would raise susceptibility to decay.           Decay is a complicated process that exhibits both local and systemic factors; the latter

Taking Your First Steps Toward Safe, Comprehensive Amalgam Removal | Dr. Philip Memoli

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At The Center for Systemic Dentistry, we employ a state-of-the-art protocol for safe removal of mercury amalgam. Our protocol offers maximum health protection, identifying and minimizing the risk of pain or sensitivity. The comprehensive exam and the patient’s overall health status assist our dentists in determining if the patient is at risk of systemic reaction in the immune, detoxification, or elimination systems. The next step in the treatment plan is the actual removal of old mercury amalgams and replacement with new, mercury-free amalgam. Our dentists select a restoration type and material for each affected tooth, based on the results of the comprehensive exam. There are four types of restorations: ·          Type I: Direct Restoration. For a patient with good dental health and a strong tooth, restoration is made in one visit with a direct filling material. ·          Type II: Inlay Restoration. A tooth that is mostly sound may still require an inlay to

What Does the Research Say About Mercury Toxicity?

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Any given person may be more resistant or more susceptible to mercury poisoning, depending on that person’s individual biology. Each body possesses three systems to deal with foreign substances: the immune, detoxification, and elimination systems. Diagnosis of mercury toxicity is extremely difficult. The question of mercury presence must first be addressed: what (chemical) form(s) of mercury are present, what tissues or organs are harboring mercury, and what is the extent of the damage caused? Additionally, there are no laboratory tests or biomarkers to indicate which of the systems (identification, detoxification, elimination) has been affected by mercury exposure. Click here to read detailed scientific and clinical information about the biological and chemical processes that occur in the body in the presence of mercury poisoning. A safe, effective program for removal of mercury amalgam is the first step toward reversing the effects of mercury toxicity in your body.

One of The Best Holistic Pediatric Dentist | Dr. Philip Memoli – New Jersey | USA

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Childhood, when permanent (“adult”) 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. 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. Hypomineralization, caused mainly by a diet inadequate in minerals, increases a child’s susceptibility to decay. The systemic theory of decay suggests that other factors become relevant only after hypomineralization has begun. 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 clusteri