A Case Against the Implant.

J William Robbins
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Abstract

It is incumbent upon our profession to reevaluate our preference for routinely replacing a missing single maxillary incisor, especially a maxillary lateral incisor, with a dental implant in a young adult. The dental literature is replete with beautiful restorative results using implants in this area, but there is minimal discussion regarding the long-term consequences of this treatment. The maxillary lateral incisor is one of the most commonly missing teeth due to agenesis, and it is also one of the most common teeth to be lost due to trauma in the developing child.1 Therefore, the decision for replacement must be made with the long-term in mind, as these restorations are commonly placed between ages 18 and 21 and must serve the patient for many decades. There are several reasons that implants can be associated with complications or even fail, including the following: (1) Continued craniofacial growth, which has a predominant anterior and vertical component and has been shown to occur in the maxilla, resulting in the apparent submersion of the implant crown as the natural teeth move incisally in relation to the implant2,3-there is no evidence that this can be predicted, let alone how far into the future it may happen; (2) peri-implantitis, which has a patient-level prevalence estimate of nearly 25% according to the findings of a recent systematic review;4 (3) thinning and recession of the peri-implant mucosa due to poor implant placement, inadequate prosthetic management, and/or poor case selection, often resulting in compromised esthetics and a predisposition for the onset and progression of peri-implant diseases; and (4) mechanical failure of the implant, abutment screw, transmucosal abutment, and/or crown. Clinicians should also keep in mind that, once an implant is placed in the anterior maxilla, it precludes the possibility for palatal expansion in the adult patient because the space created by the expansion cannot be redistributed orthodontically. Canine substitution is one traditional method for replacement of the missing maxillary lateral incisor. It is still a viable option when the canine tooth has an acceptable shape and color, and the occlusion will not be compromised by the substitution.5 Additionally, the bonded single-wing zirconia bridge has become a primary treatment option.6 Zirconia has the strength of metal and beauty of porcelain, which makes it an ideal substrate for a bonded bridge. The literature has demonstrated the long-term success of this replacement option for the missing maxillary incisor.7 There are clearly many potential long-term disadvantages associated with replacing a single missing maxillary incisor with an implant in young adults. We should be prescribing the least-invasive treatment option for the replacement of these teeth. Therefore, when treatment-planning for a missing maxillary incisor in a young adult, alternatives to implant therapy-such as the bonded single-wing zirconia bridge and canine substitution-should be the primary treatment options. The implant should only be considered as a secondary treatment when the other options are not viable or have previously failed.

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反对植入的案例
我们有责任重新评估我们对青壮年上颌单颗门牙缺失,尤其是上颌侧切牙缺失的常规种植牙修复方法的偏好。牙科文献中不乏在这一区域使用种植体的漂亮修复效果,但有关这种治疗的长期后果的讨论却少之又少。上颌侧切牙是最常见的因发育不全而缺失的牙齿之一,也是发育中的儿童最常见的因外伤而缺失的牙齿之一。1 因此,在决定替换时必须考虑到长远的影响,因为这些修复体通常在 18 到 21 岁之间植入,必须为患者服务几十年。种植体可能出现并发症甚至失败的原因有以下几点:(1) 颅面的持续生长,这种生长主要表现为前部和垂直生长,并且已经证明会发生在上颌骨,从而导致种植体牙冠明显被淹没,因为天然牙齿会相对于种植体向内侧移动2,3--目前还没有证据表明这种情况可以预测,更不用说这种情况会在未来多长时间内发生;(2) 种植体周围炎,根据最近的一项系统性综述的结果,患者的种植体周围炎发病率估计接近 25%;4 (3) 由于种植体植入不当、修复管理不当和/或病例选择不当,导致种植体周围粘膜变薄和衰退,这通常会影响美观,并容易导致种植体周围疾病的发生和发展;以及 (4) 种植体、基台螺丝、经粘膜基台和/或牙冠的机械故障。临床医生还应该记住,一旦在上颌骨前部植入种植体,就排除了成年患者进行腭部扩建的可能性,因为扩建产生的空间无法通过正畸重新分配。犬齿替代是替代上颌侧切牙缺失的一种传统方法。5 此外,粘结单翼氧化锆牙桥已成为一种主要的治疗方法。6 氧化锆具有金属的强度和瓷的美观,是粘结牙桥的理想基底。文献已经证明了这种上颌切牙缺失替代方案的长期成功性。7 在年轻人中使用种植体替代单颗上颌切牙缺失显然存在许多潜在的长期弊端。我们应该采用创伤最小的治疗方案来替换这些牙齿。因此,在为年轻成年人的上颌切牙缺失制定治疗计划时,种植体治疗的替代方案,如粘结单翼氧化锆牙桥和犬齿替代物,应该是主要的治疗选择。只有在其他方案不可行或已经失败的情况下,才应将种植体作为辅助治疗方案。
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The Effect of Cement- Versus Screw-Retained Implant Positioning in the Esthetic Zone on Emergence Angle: A Proof-of-Principle Study. The Management of Gingival Fenestration: A Series of Three Cases. Artificial Intelligence Chatbots in Patient Communication: Current Possibilities. Autonomous Dental Implant Robotic System Utilization for Implant Placement and Transcrestal Sinus Elevation Using Osseodensification: A Case Report. Alveolar Ridge Preservation Procedures Performed with Freeze-Dried Bone Allograft: Clinical and Histologic Outcomes in a Case Series: Part II.
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