Immediate dental implant placement with immediate loading following extraction of natural teeth

Abstract

The loss of tooth in the esthetic area is often a traumatic experience for the patient. Patients may suffer real or perceived detrimental effects following the loss of one or more teeth. Dental implant offers the most cost-effective and long-term solution for replacement of missing teeth with high average life expectancy, providing the patient with the best sense of security and well-being. Recently, immediate implant placement after extraction of tooth with early loading has become more common. The advantages of this procedure include fewer surgical interventions, reduction in overall treatment time, reduced soft and hard tissue loss, and psychological satisfaction to the patient. This case report describes the procedure for immediate implant placement with immediate loading of implants by provisional restorations.

Effect of immediate versus delayed loadings of dental implants on the oral health-related quality of life in Saudi population

“…The latest treatment protocol for osseo-integrated implants includes an unloaded healing period of at least 3-6 months before the implantation of prosthetic superstructure and functional loading 1-4. A number of factors are needed to be considered, when treatment, planning, and management is carried out for a tooth; the periodontitis factors include the condition of pulpal and periodontal, tooth storability, bone quality, tooth color, and bone quantity as well as the condition of the soft tissues 5-7. Patient-related factors such as aesthetic demands, systemic, mental and oral health, ease and treatment perceptions.…”

Assessment of the primary stability of root analog zirconia implants designed using cone beam computed tomography software by means of the Periotest® device: An ex vivo study. A preliminary report

“…the fabrication of a customized, dental root analog implant (RAI) using polymethacrylate. 6 However, the use of the preceding material caused the root analog to become encapsulated by soft tissue. 8 Therefore, root analog zirconia implants (RAZIs) and root analog titanium implants (RATIs) are being suggested for usage.…”

“…2 This approach has several advantages, such as the preservation of the alveolar width and height, reduction of bone resorption and limitation of soft tissue trauma, decrease in the treatment time and avoidance of a second surgical intervention, resulting in cost reduction and improvement of patients' comfort. 2,[5][6][7] However, one of the most important drawbacks related to immediate implant placement is the difficulty in achieving primary stability. 2 In order to provide sufficient primary stability in immediate or early loaded implants, researchers tried to compile different implantation systems.…”

“…8 Experimental studies with RATI have yielded successful results with evidence of osseointegration and clinical stability. 6,9 The clinical trial of a 1-month follow-up resulted in 100% primary stability at insertion, but after 9 months this implant system acquired the failure rate of 48%. 10 In order to assure the implantation success, the researchers developed a novel approach to fabricate a zirconia dental root analogue implant (RAZI) using cone beam computed tomography (CBCT) scan and computer aided designing (CAD)/computer aided manufacturing (CAM) technologies.…”

“…2 In order to provide sufficient primary stability in immediate or early loaded implants, researchers tried to compile different implantation systems. 5,6,[8][9][10][11] Hodosh et al were the first to propose an alternative to the traditional implant systems, i.e. the fabrication of a customized, dental root analog implant (RAI) using polymethacrylate.…”