Although there are several reasons why root canal treatment may be necessary, it is usually required because the pulp of the tooth is affected and requires treatment. Oftentimes, the tooth is causing severe pain to the patient, and will get worse without intervention.
Root canal treatment may sound scary and daunting, but it is actually a fairly straightforward process. Majority of the time, the procedure is painless. Read on to find out more about root canal treatment.
Antibiotics are effective at fighting bacteria, but they have one weakness in regards to treating tooth infection: they must be transported to the infected site through blood flow. The pulp tissue in a necrotic tooth is dead, which means there is no longer any blood circulation into the tooth. Although antibiotics may help treat any flare ups, they will not be able to attack the bacteria residing inside the tooth itself.
Failure to get a root canal will generally result in the problem getting worse. If the tooth is necrotic, this can mean the spread of the infection, which may lead to an abscess or facial cellulitis. Once the infection has spread to the soft tissues, there is risk for serious, sometimes fatal infections.
One alternative to getting a root canal is to extract the offending tooth, since this would remove the source of the infection and allow the body to heal itself. If you decide to go this route, implants can serve as an excellent option to restore the missing tooth.
Most of the time it is best to crown a tooth that has received root canal treatment. Typically, a tooth that received RCT had significant decay and is missing a large portion of tooth structure. Repairing such a large space with filling material raises the risk of tooth damage or coronal leakage.
The term “coronal leakage” refers to the contamination of the root canal treatment through openings in the restoration protecting the tooth, and is one of the major causes for root canal failure. A crown provides full coverage protection and is often the best way to prevent coronal leakage.