Maksiller Sinüs Membran Elevasyonu Teknikleri
Özet
Maksiller sinüs membran elevasyonu, posterior maksilladaki diş kayıpları ve sinüsün pnömatizasyonu sonucu azalan alveolar kemik yüksekliğini dental implant cerrahisi öncesinde veya sırasında artırmak amacıyla uygulanan cerrahi bir prosedürdür. Bu alanda en sık tercih edilen klasik yöntemlerden lateral pencere osteotomisi (açık lift), rezidüel kemik yüksekliği 4 mm'den az olan kretlerde doğrudan görüş alanı sağlayarak greft yerleştirilmesine imkan tanırken; krestal yaklaşım (kapalı lift) ise en az 5-6 mm kemik yüksekliği bulunan durumlarda osteotomlar aracılığıyla uygulanan daha konservatif bir seçenektir. Gelişen teknolojiyle birlikte alternatif ve daha az invaziv modifikasyonlar da literatüre girmiştir: Antral Membran Balon Elevasyonu (AMBE), schneiderian membranını steril salin doldurulan bir balon vasıtasıyla minimum travmayla kaldırarak 10 mm'ye kadar dikey kemik kazanımı vadederken; Hidrodinamik Piezoelektrik İnternal Sinüs Elevasyonu (HPİSE), ultrasonik titreşimler ve irrigasyonun hidrolik basıncını kullanarak osteotom kuvvetlerine bağlı gelişebilen vertigo gibi postoperatif komplikasyon risklerini azaltmaktadır. Diğer bir güncel yaklaşım olan osseodentifikasyon ise özel frezlerin saat yönünün tersine çalıştırılmasıyla kemiği plastik deformasyon yoluyla sıkıştırıp implantın primer stabilitesini artırmayı hedefler. Sonuç olarak, her tekniğin kendine özgü avantaj, dezavantaj ve endikasyonları bulunmakla birlikte, ideal yöntemin seçimi hastanın anatomisine, mevcut kemik yüksekliğine, yerleştirilecek implant sayısına ve cerrahın tecrübesine göre değişiklik göstermektedir.
Maxillary sinus membrane elevation is a surgical procedure applied before or during dental implant surgery to increase the alveolar bone height, which decreases due to tooth loss and sinus pneumatization in the posterior maxilla. Among the most frequently preferred classical methods in this field, lateral window osteotomy (open lift) allows graft placement by providing a direct field of view for crests with a residual bone height of less than 4 mm; conversely, the crestal approach (closed lift) is a more conservative option performed with osteotomes when there is at least 5-6 mm of bone height. With advancing technology, alternative and less invasive modifications have also entered the literature: Antral Membrane Balloon Elevation (AMBE) promises vertical bone gain up to 10 mm by lifting the schneiderian membrane with minimum trauma through a balloon filled with sterile saline, whereas Hydrodynamic Piezoelectric Internal Sinus Elevation (HPISE) utilizes ultrasonic vibrations and the hydraulic pressure of irrigation to reduce post-operative complication risks such as vertigo that can develop due to osteotome forces. Another contemporary approach, osseodensification, aims to increase the primary stability of the implant by compacting the bone through plastic deformation using special burs rotating counter-clockwise. Consequently, although each technique possesses its unique advantages, disadvantages, and indications, the selection of the ideal method varies depending on the patient's anatomy, residual bone height, number of planned implants, and the clinician's experience.
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