Dentin Interglobular

Interglobular dentin (d.interglobulare, Latin interglobularis) is a term used in dentistry to describe the dentinal spaces located between globules (spherical structures) in the dentin of a tooth. These spaces can be filled with fluid or other materials that can cause various dental diseases such as tooth decay and pulpitis.

Interglobular dentin is a system of channels and spaces that are located between the globular structures (cells) of dentin. Dentin globules are formed as a result of the division of cells that form dentin. Normally, these globules are filled with mineralized material, which provides strength to the tooth. However, under certain conditions, such as caries, the globules can be destroyed and filled with fluid, which can lead to various dental diseases.

One of the symptoms of interglobular dentin is tooth sensitivity to cold and heat. This is due to the fact that the fluid that fills the interglobular space can irritate the nerve endings in the tooth and cause pain. In addition, interglobular fluid can serve as a breeding ground for bacteria, which can lead to the development of caries and other dental diseases.

To treat interglobular dentin, various methods are used, including removing fluid from interglobular spaces, filling canals, filling spaces with special material, etc. The choice of treatment method depends on the severity of the disease and the individual characteristics of the patient.

In general, interglobular dentin is an important factor that can lead to various dental diseases, so it is necessary to monitor the condition of your teeth and promptly contact a dentist for treatment.

Interglobular dentin (dentin interglobularis) is a term used in dentistry to describe the structure of tooth dentin, which consists of many small cells or spaces separated by thin partitions. These spaces are filled with dentin, which is the main material of the tooth and provides its strength and resistance to stress.

Interglobular dentin is a natural dentin structure that is formed during its development and growth. It is formed due to the fact that dentin cells (odontoblasts) produce new layers of dentin and at the same time destroy old layers, forming many small cells inside the dentin. This process occurs continuously throughout a person’s life, and the interglobular structure of dentin is maintained throughout a person’s life.

The presence of interglobular dentin plays an important role in ensuring the strength and stability of the tooth. Due to its structure, the tooth is able to withstand significant stress, such as chewing and compression, without the risk of fracture. In addition, the presence of interglobular dentin contributes to better transfer of mechanical loads from the tooth to the crown, which ensures more reliable fixation of the crown on the tooth.

However, it should be noted that interglobular dentin may have some disadvantages. For example, its presence may make it difficult to carry out procedures involving the removal or reshaping of a tooth, such as fillings, root canal treatment, installation of crowns, etc. This is due to the fact that small dentin cells can cause difficulties when processing and forming a cavity for a filling or crown.

Thus, interglobular dentin is an important structure of tooth dentin, providing its strength, stability and better transmission of mechanical loads. However, its presence can also create some difficulties during certain dental procedures.