Palatal Sulci

In this article we will talk about the Sulci Palatine, or also known as Suicipalatnions. The palatine barbules are a series of bony ridges that extend from the anterior edges and outer corners of the jaws to where the palate meets the anterior surface of the tonsils. They are located posterior to the palatoglossus margin. The beard is part of the Palate and continues forward and downward to stop at the Palatine tubercle. In addition, the barbs surround the opening of the tonsil and form the palatine vault behind the uvulae of the palate. Suicipalatine refers to the middle part of the Palatine sulcus.

In a general sense, the term "palatine warts" can refer to different anatomical structures. However, since the described term is presented in a separate article, it refers specifically to the Palatine Sulci and Suiciplatina.

The key function of the sulcus palatine is to serve as a framework for the muscles that control vocal expression and facial expression. These muscles are mainly responsible for the movement of the tongue, which is what the voice needs. Some of these muscles also, if necessary, soften acoustic waves at certain frequencies, which creates the effect of deepening the voice, changing the pitch, increasing or decreasing the volume, and changing intonation. These functional features are present in each person individually, and depend on the strength of the muscles and experience in using them. Physically, these structures are the superficial muscles of the walls of the upper respiratory tract, which we control using our volitional willpower. Speech is represented by a command of the brain formed by the nervous system in relation to the muscular musculature. This connection makes manipulating these muscles one of the best ways to teach correct speech.

The suiciplatinum bridge is an open bone bridge connecting the integral part of the dentition. It is located between the right and left Palatine canal and bears the lateral vertical wall of the tonsil wall. There is another dorsal canal, passing between the Palate, the gingiva and the palatine sulci. A thin edge with a smaller premaxillary neck holds the apex of the Suiciple Bridge between the two Heavens. Suitsplain begins at the edge of the pupil and continues down the middle length of the palatine tubule, and then continues to the canine sinuses and the root of the tooth. The height of the canal roof varies depending on the width of the two parallel non-glare grooves; this allows the root of the Appendicular root to move freely perpendicular to the Nebl over the root of the tooth in both directions, limiting only the shallow depth and longitudinal height of the tooth. However, it should be borne in mind that the vertical width of the tooth root passage can vary depending on the thickness of the palate and lateral borders, the shape of the vertical passage, the thickness of the tonsil walls and many individual characteristics of the palate and jaw. Due to the narrowing of the arch, the canals are connected to the Neyum by the boromz at the coronal shen.

Palatine grooves (lat. sulci palatini) are natural anatomical lines located on the upper surface of the hard palate. They are thin wavy folds that divide the palate into anterior, middle and posterior parts. These folds originate from the embryonic anlage and are formed as a result of splitting and adaptation.

There can be several palatine grooves, and their number depends on the individual characteristics of the anatomy of the palate. However, as a rule, there are three main grooves: anterior, central and posterior. The anterior sulcus runs from the nose to the lateral side of the hard palate, the central sulcus divides the palate into two approximately equal halves, and the posterior sulcus starts from the pyriform fossa and descends down onto the hard palate.

The functions of the palatine sulci are varied. They act as a supporting frame for the teeth and gums, help maintain the correct position of the teeth and prevent their curvature. In addition, the palatine grooves participate in the formation of a kind of “saddle” between the palatal arches and form the necessary curvature of the alveolar processes. They also play an important role in the respiratory function and facilitate the passage of air from the nasal cavity to the mouth and