pulp chamber

If more than one treatment is needed, a temporary filling will be placed in the pulp chamber.

The pulp chambers are large and the roots short with open apices.

The pulp chamber is sometimes described as having a "crescent shaped" appearance.

On some occasions, two independent pulp chambers and root canals can be seen.

It is possible to have an exposure into the pulp chamber that goes unnoticed due to lack of bleeding.

It has a similar structure to primary dentin, although its deposition is not always even around the pulp chamber.

Type 2: The pulp chamber of the deciduous teeth become completely obliterated.

The pulp or pulp chamber is the soft area within the center of the tooth.

The pulp chamber is extremely large and the furcations may be only a few millimeters long at times.

A tooth contains enamel, dentin, and a central pulp chamber.

In the radicular type, the roots of teeth are shorter than normal and the pulp chamber may be nearly gone.

Dentin is the substance between enamel or cementum and the pulp chamber.

Type I and II show total obliteration of the pulp chamber.

This hollow area contains a relatively wide space in the coronal portion of the tooth called the pulp chamber.

The bulk of the crown is composed of dentin, with the pulp chamber within.

It is the growth of this dentin that causes the decrease in the size of the pulp chamber with age.

Large pulp chambers in their teeth.

Root canal anatomy consists of the pulp chamber and root canals.

While rare, this situation will usually result in severe post-operative pain due to insertion pressure being transmitted into the pulp chamber.

The surface is shiny rather than carious, and sometimes the ridge is deep enough to see the pulp chamber within the tooth itself.

Type III shows thin dentin and extremely enormous pulp chamber.

In the case of penetrating decay, the pulp chamber is no longer sealed off from the environment of the oral cavity.

When nerve tissue or pulp is damaged, it breaks down and bacteria begin to multiply within the pulp chamber.

Primary dentin, the most prominent dentin in the tooth, lies between the enamel and the pulp chamber.

Electrical impulses may be used to test the tooth for sensitivity to heat, cold and pressure and to measure the pulp chamber and root canal.