"What Functions Do Anchorage Screws Serve?"

Update Date: Source: Network

Dental Orthodontics: The Role and Application of Mini-Implants

Dental orthodontics is a widely known concept, where mini-implants, also known as temporary anchorage devices (TADs), play a pivotal role. These implants are integral to various orthodontic treatments, particularly in rectifying anterior protrusion. Employing mini-implants significantly enhances facial profiles. Furthermore, they are instrumental in intruding anterior teeth, preventing deep bites, reducing overbites, and improving gummy smiles. Let's explore their specific functions and applications in detail.

1. Functions of Mini-Implants

The introduction of mini-implants has revolutionized orthodontic treatments by enabling precise and controlled tooth movement. These implants, typically with a diameter of around 1.0+mm, are screwed into the bone, causing minimal discomfort. They serve as anchor points for applying orthodontic forces, allowing for precise tooth positioning. By attaching rubber bands or springs to the implants, controlled forces can be directed to move the teeth.

In cases of anterior protrusion, especially accompanied by facial protrusion, mini-implants are invaluable. They facilitate maximum retraction of the front teeth, closing gaps resulting from tooth extraction, and enhancing facial aesthetics. Additionally, they prevent posterior teeth from advancing into these spaces. For patients with excessive gum exposure, mini-implants placed near the gum line can gently elevate the front teeth, correcting the gummy smile.

Beyond these applications, mini-implants have various other uses, such as intruding posterior teeth and addressing insufficient space for dental restorations. In summary, mini-implants enable more efficient and precise tooth movement, leading to improved facial aesthetics and faster resolution of bite issues.

2. Is the Placement of Mini-Implants Painful?

The placement of mini-implants is generally a painless procedure. The implants are inserted into the bone at a high speed of 2000 rotations per minute, which is swift and painless due to local anesthesia. While patients may experience mild discomfort in the first week after anesthesia wears off, this is usually manageable. It is recommended to avoid brushing the implants with a toothbrush during this period but to maintain good oral hygiene through regular mouthwash use.

In conclusion, mini-implants are invaluable tools in orthodontic treatments, enabling precise and controlled tooth movement for improved facial aesthetics and bite correction. The placement procedure is typically painless, and patients can anticipate minimal discomfort post-procedure.