Clinical Studies

C 22. Clinical Evaluation of Two Techniques for Narrow Alveolar Ridge Expansion: Clinical Study

Stepan Jarikian, Mohamad Hassan Jaafo, Zuhair Al-Nerabieah. Clinical Evaluation of Two Techniques for Narrow Alveolar Ridge Expansion: Clinical Study. Int J Dentistry Oral Sci. 2021;8(1):1047-1052.

C 23. Effect of Osseodensification on Bone Density and Crestal Bone Levels: A Split-mouth Study

Aloorker S, Shetty M, Hegde C. Effect of Osseodensification on Bone Density and Crestal Bone Levels: A Split-mouth Study. J Contemp Dent Pract 2022; 23 (2):162-168. DOI: 10.5005/jp-journals-10024-3303

C 24. Preoperative Evaluation and Treatment Planning. Zygomatic Implant Critical Zone (ZICZ) Location

Aparicio C, López-Píriz R, Peñarrocha M. Preoperative Evaluation and Treatment Planning. Zygomatic Implant Critical Zone (ZICZ) Location. Atlas Oral Maxillofac Surg Clin North Am. 2021 Sep;29(2):185-202. doi: 10.1016/j.cxom.2021.05.003. Epub 2021 Jul 2. PMID: 34325808.

This article describes the combined use of the immediate dentoalveolar restoration (IDR) technique and an osseodensification implant site preparation method to improve immediate implant primary stability in periodontally compromised extraction sites. Positioning of soft and hard tissues was evaluated in two clinical cases in which the IDR technique and the osseodensification implant site preparation method were used to replace teeth at sites with severe alveolar bone loss. The results were analyzed by clinical assessment, photography, radiography, and computed tomography scans. Based on this preliminary study, the use of osseodensification can enhance the results achieved using the IDR technique due to improved primary implant stability, as measured by higher insertion torque. Int J Periodontics Restorative Dent 2019;39:xxx–xxx. doi: 10.11607/prd.3883

C 25. The zygoma anatomy‑guided approach (ZAGA) for rehabilitation of the atrophic maxilla

Aparicio, C., Olivo, A., de Paz, V. et al. The zygoma anatomy-guided approach (ZAGA) for rehabilitation of the atrophic maxilla. Clin Dent Rev 6, 2 (2022). https://doi.org/10.1007/s41894-022-00116-7

C 26. Use of the Immediate Dentoalveolar Restoration Technique Combined with Osseodensification in Periodontally Compromised Extraction Sites

da Rosa JCM, Pértile de Oliveira Rosa AC, Huwais S. Use of the Immediate Dentoalveolar Restoration Technique Combined with Osseodensification in Periodontally Compromised Extraction Sites. Int J Periodontics Restorative Dent. 2019 Jul/Aug;39(4):527-534. doi: 10.11607/prd.3883. PMID: 31226191.

C 27. Tomographic and clinical findings, pre-, trans-, and post-operative, of osseodensification in immediate loading

Machado, Rafael & Gama, CristianeSantos & Batista, SandroHenrique & Rizzo, Denise & Valiense, Helder & Moreira, RudaF. (2018). Tomographic and clinical findings, pre-, trans-, and post-operative, of osseodensification in immediate loading. International Journal of Growth Factors and Stem Cells in Dentistry.

C 28. The effect of Osseodensification Technique on Implant stability (Clinical Trial)

Ahmed M Ibrahim; Sherif S Ayad; Adham Elashwah. “The effect of Osseodensification Technique on Implant stability (Clinical Trial). Alexandria Dental Journal, 45,2,2020, 1-7.

Osseodensification (OD) is a biomechanical bone osteotomy preparation technique that uses specially designed burs (Densah bur, Versah LLC, Jackson MI) that preserve and compact autograft alveolar bone in the osteotomy preparation site. OD has been reported to enhance bone density and bone-to-implant contact and also to increase implant insertion torque (IT). IT measured at time of implant placement is associated with primary mechanical stability. A failure to achieve primary stability results in implant micro-motion yielding lower implant success and survival rates. Low-density alveolar bone is associated with the lowest implant success/survival rates when implants are placed with conventional osteotomy preparation techniques. This study examined the effects of OD versus conventional osteotomy drilling technique on initial insertion torque and removal torque of dental implants placed in low-density human cadaveric bone.

C 29. Implant Stability of Osseodensification Drilling Versus Conventional Surgical Technique: A Systematic Review

Gaspar J, Proença L, Botelho J, Machado V, Chambrone L, Neiva R, Mendes JJ. Implant Stability of Osseodensification Drilling Versus Conventional Surgical Technique: A Systematic Review. Int J Oral Maxillofac Implants. 2021 Nov-Dec;36(6):1104-1110

C 30. Osseodensification Burs: Impact on Implant Insertion and Removal Torque

Rahimzadeh S, Rolf D, Carroll A, Parashar V, Mitchell JC. Osseodensification Burs – Impact on Implant Insertion and Removal Torque. 2018 AADR/CADR General Session, Poster ID 1028.

C 31. Osseodensification – A Novel Approach in Implant Dentistry

Pai UY, Rodrigues SJ, Talreja KS, Mundathaje M. Osseodensification – A novel approach in implant dentistry. J Indian Prosthodont Soc. 2018 Jul-Sep;18(3):196-200.

implant site preparation; implant survival; biomechanics; histological analysis.

C 32. Does the Instrument Used for the Implant Site Preparation Influence the Bone-Implant Interface? A Systematic Review of Clinical and Animal Studies

Tretto PHW, Fabris V, Cericato GO, Sarkis-Onofre R, Bacchi A. Does the instrument used for the implant site preparation influence the bone-implant interface? A systematic review of clinical and animal studies. Int J Oral Maxillofac Surg. 2018 Apr 24.

C 33. An insight into the concept of osseodensification-enhancing the implant stability and success

Kanathila H, Pangi A, An insight into the concept of osseodensification-enhancing the implant stability and success. July 2018. Journal of Clinical and Diagnostic Research 12(7): ZE01-ZE03.

Osseodensification utilizing the Densah™ Bur technology produces stronger osteotomy for any implant. It preserves the bone to enhance the host. This allows for clinical versatility, which may facilitate enhanced implant stability and efficient expansion of any ridge in either jaw.

C 34. Osseodensification Facilitates Ridge Expansion with Enhanced Implant Stability in the Maxilla: Part II Case Report with 2-Year Follow-Up

Hofbauer, Huwais. “Osseodensification Facilitates Ridge Expansion with Enhanced Implant Stability in the Maxilla: Part II Case Report with 2-Year Follow-Up”. Implant Practice, April 2015

Osseodensification is a novel biomechanical bone preparation to place a dental implant. It is a low plastic deformation of bone caused by rolling and sliding contact with a densifying bur that has flutes to densify the bone as it drills into it.

C 35. Biomechanics in Implant Osteotomy Preparations

Huwais. “Biomechanics in Implant Osteotomy Preparations”. Published by Inside Dentistry, Volume 10, December 2014

Dental implants proved to be a viable long-term treatment option in the 2 cats described.Immediate implant placement at the time of extraction helps to maintain the surrounding bone structures and prevent collapse of the labial buccal plate. So far, the authors have placed 30 implants in 15 feline subjects up to a 3-year follow-up and no integration failures have been observed to date.

C 36. Feline Dental Implants: New Paradigm Shift in Maxillary Alveolar Osteitis Treatment Planning with Osseodensification

Mele, Kurtzman. “Feline Dental Implants: New Paradigm Shift in Maxillary Alveolar Osteitis Treatment Planning with Osseodensification.” Journal of Osseointegration. 2019, September 11.

$Dental implants were a viable long-term treatment option in the 2 cats described in this article. The best approach seems to be immediate implant placement at the time of extraction to maintain the surrounding osseous structures and prevent collapse of the labial buccal plate that may result when a delayed placement approach is undertaken. With careful treatment planning and informed owner consent, implants placed into the canine area to replace a fractured or badly damaged tooth can restore the feline to normal function. Thus far, the authors have placed 30 implants in 15 feline patients (14 of which have been restored), monitoring these cases up to a three year period and no integration failures have been observed to date. Long-term results have shown implants and crown restorations can be maintained without adverse periodontal sequela or crown fracture. Continued follow-up of these cases is ongoing.$

C 37. New Paradigm Shift in Feline Dental Implants in Maxillary Alveolar Osteitis Treatment with Osseodensification

Mele, R.E., Caiafa, A., & Kurtzman, G.M. Feline Dental Implants: Long-Term Follow-up of Two Cases. Journal of veterinary dentistry, (2017) 34 4, 268-278.

C 38. Osseodensification is a Novel Implant Preparation Technique that Facilitates Ridge Expansion by Compaction Autografting

Lipton, Neiva, Trahan, et al. “Osseodensification is a Novel Implant Preparation Technique that Facilitates Ridge Expansion by Compaction Autografting”. Scientific Poster Presentation at the AAP 101st Annual Meeting,November 2015

The use of Densah burs in densifying mode can breach the sinus floor with autografting without causing any perforation. If further grafting is desired at the base of the sinus in appropriate cases, the densah burs can be operated counterclockwise and the graft can be delivered to the region. The use of this feature of densah drills with putty form graft material, as we have used, provides an effective and safe augmentation. These simplified minimally invasive antral membrane elevation technique can be an alternative for conventional technics. Considering the complications of the conventional methods, this new concept can give successful results in SFE with a more conservative and simple approach. Moreover increased implant stability is achieved due to osseous densification of the Residual Bone by Densah burs and it is seen as a significant advantage for the maxilla posterior region, where bone quality is generally low. Thus, the proposed technique could be recommended for sites with limited residual height

C 39. Conservative Sinus Floor Elevation and Transport of Putty Graft by Osseodensification Drills: Two Cases

Huseyin, Keremcan, Murat. “Conservative Sinus Floor Elevation and Transport of Putty Graft by Osseodensification Drills: Two Cases“. Journal of Meffert Implant Institution Vol:2, 1, 2018

• Implant stability is critical for osseointegration • Surgical technique, bone quantity and quality, and implant design all affect primary stability since bone-implant contact provides initial mechanical stability • Maintaining bone during the osteotomy preserves bone density, leading to increased boneimplant contact, increased primary mechanical stability, and accelerated healing • Secondary implant stability is affected by bone modeling/remodeling, implant surface characteristics, and primary stability • Higher insertion torque values (ITV) result in reduced micromotion, which is indicated by higher implant stability quotients (ISQ)

C 40. Osseodensification Increases Primary Implant Stability and Maintains High ISQ Values During First Six Weeks of Healing

Johnson E, Huwais S, Olin P. Osseodensification Increases Primary Implant Stability and Maintains High ISQ Values During First Six Weeks of Healing. Scientific Poster Presentation at the AAID 63rd Annual Meeting, November (2014).

Osseodensification is a novel, biomechanical, non-excavation osteotomy preparation method. Unlike traditional drilling, osseodensification utilizes proprietary high-speed densifying burs to compact and autograft bone in its plastic deformation phase. The result is an expanded osteotomy with preserved and condensed bone tissue that maintains alveolar ridge integrity and allows for implant placement with enhanced stability.

C 41. Enhancing Implant Stability with Osseodensification – A Case Report with 2-Year Follow-Up

Huwais. “Enhancing Implant Stability with Osseodensification — a Case Report with 2-Year Follow-Up”. Implant Practice, April 2015

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10352 REV12 Last Updated: 10/2024

Clinical Published Papers - B

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