Ironically, the best way to reduce your visits to your dentist is to see them regularly. Most people avoid visiting the dentist until they get a toothache or other painful dental problems. As a result, they may end up developing more complex oral health issues that require a lot of time (and money) to be treated.
At Harley Street Dental Clinic, we have always been involved in the prevention of dental diseases such as tooth decay and gum disease. It is better to try to keep a bad thing from happening than it is to fix the bad thing once it has happened. For this reason, our dentist in Harley Street will examine your teeth thoroughly and look for signs of infection and disease that can be treated before they become too extensive.
Gum disease
Gum disease (also known as periodontal disease) is a condition that affects the soft tissues and bone that support your teeth and keep them in place. In its mildest form (gingivitis), gum disease can cause red, swollen and bleeding gums, while more advanced forms of gum disease (periodontitis) can result in bone loss, gum deterioration and eventually, tooth loss.
Gum disease is largely preventable with early detection, therefore visiting a dentist in Harley Street for regular check-ups is imperative. Removing dental plaque is the key to preventing gum disease and improved mouth health
Tooth decay
Tooth decay is a very common oral condition that is accompanied by the formation of cavities on the teeth. Cavities occur as a result of the destruction of the tooth structure by acids and other bacteria. Tooth decay can affect both the enamel and the inside layer of the teeth. Tooth decay is a major oral health problem – only second behind the common cold. If treated at an early stage it can be easily reverted and cured without causing further problems.
The importance of frequent dental visits
Brushing and flossing your teeth daily and visiting the dentist routinely for check-ups and professional cleanings will help you keep your teeth and gums healthy and prevent gum disease and tooth decay from developing.