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2013, vol. 17, iss. 3, pp. 162-168
Immediate loading of dental implants using flapless technique with electric welding
Medical University 'ALDENT', Department of Implantology, Tirana, Albania

emailagronmeto@yahoo.com
Keywords: Implant; Flapless Implantation; Electric Welding; Immediate Implant Loading
Abstract
Purpose: to illustrate the implant-prosthetic rehabilitation using immediate loading under Hapless technique. This is carried out by creating an immobility state of implants, which means a maximum tolerance of about 150 μm movement during the healing phase. Material and Methods: In order to create the stability of implants and realization of immediate load of coalesced implants with a titanium rod through intraoral welding. In this way, we realized a structure with large surface on which occlusal forces operate without causing any unwanted movement of implants. This approach, in indicated situation, favours integration of fixed implants in bone, defining the success in distant time of the implant-prosthetic rehabilitation. Results and Conclusions: The presented method offers significant advantages with biomechanical functional unit that is achieved, because surgical proceeding is minimally invasive, a fracture of implant composition is avoided, bone is subjected to overload and it is possible to achieve a real and immediate loading in the same session of the implantation.
References
Abbou, M. (2003) Primary stability and osseointegration, preliminary clinical results with a tapered diminishing- thread implant. PractProc Aesth Dent, 15: 161-168
Balshi, S.F., Wolfinger, G.J., Balshi, T.J. (2005) A Prospective Study of Immediate Functional Loading, Following the Teeth in a Day™ Protocol: A Case Series of 55 Consecutive Edentulous Maxillas. Clinical Implant Dentistry and Related Research, 7(1): 24-31
Baumgarten, H., Cocchetto, R., Testori, T., Melzer, A., Porter, S. (2005) A new implant design for crestal bone preservation, initial observations and case report. Pract Proc Aesth Dent, 17: 735-740
Bianchi, A., Sanfilippo, F., i dr. (2005) Implantologia e impianto protesi. Ed Utet, 1999. Dental Cadmos., 73(4); 65-69
Bocklage, R. (2001) Computer Analysis of Titanium Implants in Atrophic Arch and Poor Quality Bone: A Case Report. Implant Dentistry, 10(3): 162-167
Cakan, A., Cagirici, U., Cikirikcioglu, M., Posacioglu, H., Veral, A. (2004) The histological effect of harmonic scalpel and electrocautery in lung resections. An experimental study in a rat model. J Cardiovasc Surg, 45(1); 63-65
Carere, M., Margarita, F., Bolero, P., i dr. (2002) Impianto post-estrattivo immediato e non differito in sito chirurgico complesso: Controllo clinico e radiografico a 8 anni. Min Stomat, 51, (6), 269-270, in Ital
Carroll, T., Ladner, K., Meyers, A.D. (2005) Alternative Surgical Dissection Techniques. Otolaryngologic Clinics of North America, 38(2): 397-411
Cooper, L.F., Rahman, A., Moriartry, N., Sacco, D. (2002) Immediate mandibular rehabilitation with endosseous implants, simultaneous extraction, implant placement, and loading. Int J OralMaxillofacImplants, 17: 517-525
Floris, P.L., Romano, A. (1993) Implantologia immediata o ritardata. in: 13° Meeting internazionale G.I.S.I, S. I, 8: 135-139
Hermann, F., Lerner, H., Palti, A. (2007) Factors Influencing the Preservation of the Periimplant Marginal Bone. Implant Dentistry, 16(2): 165-175
Holt, R.L., Rosemberg, M.M., Zinser, P.I., Ganeles, J. (2002) A concept for a biologically derived, parabolik implant design. Int J Period Rest Dent, 22: 473-481
Horton, J.E., Tarpley, T.M., Jacoway, J.R. (1981) Clinical applications of ultrasonic instrumentation in the surgical removal of bone. Oral Surgery, Oral Medicine, Oral Pathology, 51(3): 236-242
Kline, R., Hoar, J.E., Beck, G.H., Hazen, R., Resnik, R.R., Crawford, E.A. (2002) A prospective multicenter clinical investigation of a bone quality-based dental implant system. Implant dentistry, 11(3): 224-34
Lazzara, R.J., Porter, S.S. (2006) Platform switching: a new concept in implant dentistry for controlling postrestorative crestal bone levels. International journal of periodontics & restorative dentistry, 26(1): 9-17
Lindeboom, J.A., Frenken, J.W., Dubois, L., Frank, M., Abbink, I., Kroon, F.H. (2006) Immediate loading versus immediate provisionalization of maxillary single-tooth replacements: a prospective randomized study with BioComp implants. Journal of oral and maxillofacial surgery, 64(6): 936-42
Nkenke, E., Lehner, B., Fenner, M., Roman, F.S., Thams, U., Neukam, F.W., Radespiel-Tröger, M. (2005) Immediate versus delayed loading of dental implants in the maxillae of minipigs: follow-up of implant stability and implant failures. International journal of oral & maxillofacial implants, 20(1): 39-47
Norton, M.R. (2004) A short-term clinical evaluation of immediately restored maxillary TiOblast single-tooth implants. International journal of oral & maxillofacial implants, 19(2): 274-81
Ostman, P., Hellman, M., Sennerby, L. (2005) Direct Implant Loading in the Edentulous Maxilla Using a Bone Density-Adapted Surgical Protocol and Primary Implant Stability Criteria for Inclusion. Clinical Implant Dentistry and Related Research, 7(s1): s60-s69
Politi, M., Vercellotti, T., Polini, F., Costa, F., Robiony, M. (2002) Piezoelectric surgery: A new method to cutting bone: Preliminary experience in osteogenesis distraction. in: II International Meeting on distraction osteogenesis of the facial skeleton, Distraction osteogenesis vs traditional surgery, Bologna-Italy, September, 178-179
Prouzzaefs, P., Lozada, J. (2003) Immediate loading of hydroxyapatite-coated implants in the maxillary premolar area, three-year results with a tapered diminishing thread implant. Pract Proc Aesth Dent, 161-168
Rossi, F., Pasquqalini, M.E., Mangini, F., Manenti, P. (2005) Carico immediato di impianti monofasici mascellare superiore. Dental Cadmos,, 73(4); 65-69
Scharer, P., Glauser, R., Ruhstaller, P., Windisch, S., Zembic, A., Lundgren, A., Gottlow, J., Hammerle, C.H.F. (2005) Immediate Occlusal Loading of Branemark SystemR TiUnite™ Implants Placed Predominantly in Soft Bone: 4-Year Results of a Prospective Clinical Study. Clinical Implant Dentistry and Related Research, 7(s1): s52-s59
Stach, R.M., Kohles, S.S. (2003) A meta-analysis examining the clinical survivability of machined-surfaced and osseotite implants in poor-quality bone. Implant dentistry, 12(1): 87-96
Steigenga, J.T., al-Shammari Khalaf, F., Nociti, F.H., Misch, C.E., Wang, H. (2003) Dental implant design and its relationship to long-term implant success. Implant dentistry, 12(4): 306-17
Stübinger, S., Kuttenberger, J., Filippi, A., Sader, R., Zeilhofer, H. (2005) Intraoral Piezosurgery: Preliminary Results of a New Technique. Journal of Oral and Maxillofacial Surgery, 63(9): 1283-1287
Vercellotti, T. (2004) Technological characteristics and clinical indications of piezoelectric bone surgery. Minerva stomatologica, 53(5): 207-14
Wolfinger, G.J., Balshi, T.J., Rangert, B. (2003) Immediate functional loading of Brånemark system implants in edentulous mandibles: clinical report of the results of developmental and simplified protocols. International journal of oral & maxillofacial implants, 18(2): 250-7
Zeifang, F., Grunze, M., Delling, G., Lorenz, H., i dr. (2008) Improved osseointegration of PTFEP-coated titanium implants. Med Sci Monit, 14: 35-40
 

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article language: English
document type: Case Report
published in SCIndeks: 20/11/2013

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