ADDITIONAL AREAS FOR ADAPTATION

There are various Suggestions for adapting to mesial and distal curves. Another option is to use the same strategy implemented by general curet. First, it is inserted at a remote Angle, through the cheek or tongue, and rolls along the Angle of the mesial line. Then, re-insert at a remote Angle, overlap the previous insertion point, and move towards the remote contact area. Scrolling can be rotated by rotating the wrist, relocating the tip area of the activity, turning the tip in a magnetostrictive insert, or inserting a rotating handle option.
There are two ways to apply ultrasonic insertion/tip to proximal surface. Figure 2A illustrates a technique similar to the one used when implementing general curet, and figure 2B shows the adaptation of the opposite bending prompt.
There are two schools of thought about how to adapt the curved UITs to the proximal surface. One way to do this is to use a curved, slender newt like a cure-all. This technique enables the newts to meet people in the same way. Second, the opposite of the bent Inuit can be adjusted, although the trauma to the gums may increase. Either way, the goal is the same, and the active tip should be exposed to precipitation or removal. In fact, a combination of methods will provide the best periodontal trauma. It is also important to re-examine the depth and shape of the pocket to determine whether there is a straight Inuit in a deep and narrow area.
A 4mm deep pocket requires a long newt with a vertical direction. In addition to depth, you need to consider the width. A wide pocket, regardless of its depth, can be in contact with vertical, horizontal and/or oblique contact. On the other hand, a very narrow deep pocket can only be inserted with narrow, round or ultrasonic newt and vertical insertion.
. Curved ultrasonic pads/tips work well in exposed fur. There’s a buccal view here. Figure 4. At greater exposure rates, curved ultrasound inserts/tips can be adapted to the outline of the roof or at the branch.
Since most patients have early, moderate or severe periodontitis, regular periodontal and periodontal contact is common. The bent UITs are well adapted to the exposed division, much better than the direct newt. When approaching the bifurcation with greater contact, the bent UITs can be adapted to the outline of the roof and at the branch.
conclusion
Proper adaptation is essential to successful instruments. When the Inuit are in the pocket or groove, the periodontal mapping is the key to improve accuracy. To achieve curative effect, Inuit must contact the plaque biofilm or stone deposition. The UITs can be horizontal, longitudinal, or inclined. Accurate root anatomic knowledge, in addition to acute concentrations and images, is crucial for successful adaptation. Therefore, it is important to develop technical intelligence for the Inuit to provide the best patient care.
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