Enamel hypoplasia is when your tooth enamel doesn't develop properly, causing it to be too thin or missing on parts of your tooth. Tooth enamel is the hard layer covering your teeth. It protects the sensitive inner parts, including dentin and tooth pulp.
Hypoplastic teeth, also known as enamel hypoplasia, is when your enamel has not formed properly or has formed incorrectly. There are many reasons why this might happen, including diseases, prenatal issues, and environmental conditions.
Hypoplasia is often associated with systemic disturbances that occur during the development of the permanent teeth, including exanthematous fevers. However, deficiency states, particularly those related to deficiencies in vitamins A, C, and D, calcium, and phosphorus, have also been shown to cause enamel hypoplasia.
Formation of the enamel on permanent teeth begins during infancy and continues until the child is approximately eight years old. Disturbances during this time period can lead to enamel hypoplasia in the child's permanent teeth.
Hereditary enamel hypoplasia is caused by an inherited genetic defect that impacts the formation of a child's teeth. Most of the hereditary factors that lead to enamel hypoplasia involve relatively rare genetic disorders, such as: Amelogenesis imperfecta (also known as congenital enamel hypoplasia)
Can Enamel Hypoplasia be Treated? Enamel hypoplasia can be treated with a tooth colored composite resin, veneers, or a crown. Resin treatments work to improve the appearance of teeth that are affected by enamel hypoplasia and help improve the function of the teeth.
Excessive fluoride consumption during tooth formation can cause enamel fluorosis, which ranges from white spots or lines in the enamel to enamel hypoplasia (Fig. 14.32). The white opaque appearance of fluorosed enamel is caused by a hypomineralized enamel subsurface.
You can't reverse enamel hypoplasia, but you can manage the condition with your dental care provider's help. Tooth enamel is a hardy protector that allows you to chew tough foods and consume foods and beverages that are hot or cold, without feeling tooth pain.
In children, severe VDD can induce defective tooth mineralization, resulting in dentin and enamel defects. As a consequence, these defects may increase the risk of the onset and progression of dental caries.
Once tooth enamel is damaged, it cannot be brought back. However, weakened enamel can be restored to some degree by improving its mineral content. Although toothpastes and mouthwashes can never “rebuild” teeth, they can contribute to this remineralization process.
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