Tooth Extraction without Immediate Implant Placement using the Socket Shield Method

Mengbo Liu*

Department of Oral Implantology, Fujian Medical University, Fuzhou, China

*Corresponding Author:
Mengbo Liu
Department of Oral Implantology,
Fujian Medical University, Fuzhou,
China,
E-mail: Liu_m@fmu.edu.cn

Received date: February 27, 2023, Manuscript No. IPMCRS-23-16608; Editor assigned date: March 01, 2023, PreQC No. IPMCRS -22-16608 (PQ); Reviewed date: March 10, 2023, QC No. IPMCRS-22-16608; Revised date: March 21, 2023, Manuscript No. IPMCRS-22-16608 (R); Published date: March 28, 2023, DOI: 10.36648/2471-8041.9.3.281

Citation: Liu M (2023) Tooth Extraction without Immediate Implant Placement using the Socket Shield Method. Med Case Rep Vol.9 No.3:281.

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Introduction

Alveolar bone, tooth, concrete and periodontal tendon comprise a utilitarian unit. Along these lines, when a tooth is lost, this utilitarian unit is upset, prompting an inescapable resorption of the alveolar edge. According to a number of studies, an average of 57 mm, or 50%, of the alveolar width is reabsorbed within the first year following tooth extraction. Due to the buccal plate's thinner thickness, it is estimated that twothirds of this resorption occurs within the first three months elsewhere. As a result, there may be a difference in bone height between the lingual and buccal plates in the morphology of the alveolar ridge after a tooth has been extracted.

These days, there is an expansion in patients who require quick dental inserts in the stylish zone. The primary requirements for placing an immediate implant are a thick gingival biotype and a buccal bone wall that is completely intact and has a thickness greater than 1 millimeter (mm). There is a low risk of the buccal gingiva receding and the soft tissue profile at the implant prosthesis' neck narrowing when both conditions are present. Nonetheless, it ought to be noticed that these circumstances are absent by and large.

Periodontal Ligament

Additionally, the alveolar bone remodelling process relies heavily on the periodontal ligament. Actuating bone resorption and bone arrangement by the excitement of osteoblasts and osteoclasts is capable. The periodontal ligament provides irrigation not only for the radicular cement but also for the inner wall of the alveolar bone, or lamina dura. This creates the complex "lamina dura-periodontal ligament" or "bundle bone," which serves as a vital source of nutrition. As a result, when a tooth is lost, this complex is destroyed, which causes alveolar bone resorption. Since more "pack bone" in the buccal wall is available, buccal bone misfortune is generally more noteworthy after tooth extraction. Different authors have described the preservation of dental roots to prevent alveolar resorption and reported the achievement of aesthetic results after soft tissue preservation. Through a partial root extraction, the goal of this method is to keep the bundle bone on the buccal side and keep the crestal bone at its original level. As of late, the idea of "Incomplete Extraction Treatments" (PET) has been depicted, following a similar organic premise. Additionally, the most widely used PET is known as "Socket-shield." As of late, two systematics audits assessing current proof on the SS strategy have been distributed, giving data about results and inconveniences connected with this procedure. Nonetheless, the two audits incorporate human as well as creature studies, without limitation of follow-up season of the various results.

Dental Implantology

The lack of long-term follow-up data and an inadequate definition of the outcome analyzed, which results in nonhomogeneous included studies, are limitations of these reviews. Subsequently, the point of the ongoing orderly audit is to dissect the medium-and long haul clinical results of the attachment safeguard procedure related with prompt embed situation in human examinations. Dental inserts have turned into a standard treatment in the restoration of edentulous spaces. Resorption of bucco-facial contour resorption causes approximately 56 percent of the residual alveolar ridge to be lost in post-extraction cases because the amount of resorption is more pronounced on the buccal side of the alveolar ridge. The loss of the bundle bone complex and the periodontal ligament is the primary cause of bone loss following tooth extraction. The dark triangle that happens between the teeth shows up because of loss of supporting bone prompting the apical relocation of delicate and hard tissue. The buccal alveolar plate undergoes more extensive resorption than the lingual plate in the mandible or the palatal plate in the maxilla. The lingual and apical shift of the ridge's crest in comparison to the adjacent dentulous region was caused by this pattern of resorption. The fact that the alveolar plate on the buccal side is thinner than the palatal plate is the cause of the pattern of resorption in the maxilla. The fact that the surgical approach was primarily from the buccal side for ease of manipulation when the tooth was extracted is another factor that could explain the rapid resorption of the buccal plate. The fact that the total surface area of roots was significantly larger than that of premolars and incisors explains why the molar region experiences more bone resorption than the incisor and premolar regions. After extraction of tooth and position of the embed, resorption of buccal group bone can prompts a huge difficulty with negative corrective results. However, grafting is not necessary if the bundle bone is preserved. Using an implantsupported prosthesis to replace the missing teeth presents a challenge in the maxillary incisor region as a result of this situation. In such cases, adequate measure of delicate and hard tissue is expected to make a characteristic development profile. If the dental root remains in the alveolar process, there is minimal bone resorption, according to studies. Because of this, removable cases and, to a lesser extent, fixed prostheses have utilized retaining roots. In dental implantology, the intentional retention of a root segment for the purpose of preserving the buccal bone has not yet been used frequently. The attachment safeguarding is mostly demonstrated in the maxillary foremost district in the tasteful zone which is can't be reestablished because of damaging caries in the cervical area or broke of crown. The socket shielding method can be used to treat multiple or just one anterior tooth, and an implant can be placed right away. The socket shielding technique can be used to immediately place the implant in the posterior region. If facial ridge loss is suspected after extraction, socket shielding can be performed to maintain ridge. The socket shielding method can preserve the interdental papilla in cases with adjacent implants. In high lip line patients, the socket shielding technique helps preserve the pink and white appearance in the anterior region. Numerous scientists in the beyond couple of years have attempted different refinements in the first attachment protecting strategy.

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