Teeth Molars Small

Small molars are important in our life and health. As you know, our teeth are not only an adornment to our face, but also our protection from bacteria and infections that can enter our body through the mouth. However, if you don't brush your teeth thoroughly or don't have enough vitamins in your body, your teeth can suffer from problems such as tooth decay and other diseases.

In our article we will look at small molars, their structure, functions and role in our body.

1. The structure of small molars

The main functions of the small molars are to hold food in the mouth during chewing and support the large molars. The main structural elements of small molars:

- root. - crown; - teeth.

The main purpose of erupting lower second molars is to prepare the tooth for grinding down. Sharp teeth on the chewing surface of the tooth are needed in order to bite off a piece of food located in the labial fold. Teeth at the stage of resorption lie in the alveoli. The smaller the lower jaw, the earlier the tooth will erupt in it. The period of eruption is determined by the number of baby teeth that have erupted during the same period in the child’s neighbors; it mainly depends on the number of baby incisors. In the lower jaw, the last molars and second premolars appear first. Bottom

Article: Small molars.

Small molars are the second and third pairs of molars located behind the teeth of the same name. Some experts classify small molars as premolars or molars (especially often as the 4th premolar, although a number of authors consider them to be the 3rd premolar), without referring to it completely. They are a bone structure with dentin and pulp. Among them there is a group of impacted teeth, when they do not erupt during the change of teeth in children. In addition, in some cases they occur unpaired (congenital or acquired consequence of unsuccessful treatment). In their absence, large molars are formed. Rudimentary teeth are also considered small

**Here's what not to do with big teeth left behind:**

1. These teeth should never be removed without very compelling reasons. If your jaw bones have become loose (i.e., have begun to dissolve around the molars) due to lack of chewing loads, this is not a serious reason for removal and has a special place in the indications. This symptom is characteristic only of some molars and can often be treated with conservative methods. It is extremely important to preserve as much of the chewing surface as possible to maintain the stability of the dentition. Sometimes this gum condition affects an adjacent tooth, but very rarely it can affect one molar. 2. You should not correct minor crooked molars, because patients cannot always chew gum. These teeth have a complex attachment to the jaw, similar tooth structure and complex anatomical relationships predispose these teeth to constant movement when the patient chews. No doctor can predict exactly how much such a tooth will move. Even if you can notice it while chewing, sometimes it is not noticeable to people around you. Therefore, although the very presence of an overly mobile tooth is unsightly, there is no strong enough clinical indication to remove such a tooth or to better plan the correction. 3. During orthodontic treatment, the dentist must ensure that these teeth are positioned in such a way that there is no interference with the alignment of adjacent central teeth or the movement of other teeth. The direction of the molars or the direction of their inclination can be corrected during the growth of the central teeth at the primary dentition stage in children with a relatively small bite and a small area of ​​relationship and underdevelopment of the jaw bones. However, correction of primary molars in cases of severe growth retardation or discrepancies in the eruption of several teeth should be carried out already by 5 years, according to the Energia Fit principle. When the molar is cut normally, no difficulties arise for the patient, his parents or the dentist trying to calm them down. The decision that must be made