Dentin Hassasiyeti Tedavisinde Klinik Uygulamalar
Özet
Dentin hassasiyeti, dişin termal, mekanik veya kimyasal uyaranlara maruz kalmasıyla oluşan, multifaktöriyel etiyolojiye sahip akut ve kısa süreli keskin bir ağrıdır. En çok kabul gören hidrodinamik teoriye göre uyaranlar, açığa çıkan dentin tübüllerindeki lenf sıvısını hareket ettirerek odontoblast uzantılarını ve sinir sonlanmalarını etkiler. Tanı aşamasında detaylı bir anamnez ve ayırıcı tanı büyük önem taşırken, tedavide öncelikle risk faktörlerinin elimine edilmesi ve diyet düzenlemesi önerilir. Hafif vakalarda hassasiyet giderici diş macunları gibi ev uygulamaları yeterli olabilirken, şiddetli vakalarda nöral iletimi bloke eden potasyum nitrat kullanımı ya da dentin tübüllerini tıkayan sodyum florür, kalsiyum fosfat, gluteraldehit ve arginin gibi ajanların klinik uygulamaları gereklidir. Ayrıca dentin yüzeyini örtmek amacıyla biyoaktif camlar, vernikler, adeziv sistemler ve restoratif materyallerden faydalanılır. Son yıllarda, dentin dokusunu eriterek kanalları tıkayan, sinir iletimini bloke eden veya dentin lenfini buharlaştıran çeşitli lazer teknolojileri (He-Ne, Diyot, Nd:YAG, CO2, Er:YAG, Er,Cr:YSGG) ile diş eti çekilmelerinde uygulanan mukogingival plastik cerrahi işlemler de güncel tedavi stratejileri arasında yer almaktadır. Sonuç olarak, kesin bir protokol olmasa da etiyolojik faktörlerin ortadan kaldırılması tedavinin başarısında esastır.
Dentinal hypersensitivity is an acute, short-term, sharp pain with a multifactorial etiology, occurring when the tooth is exposed to thermal, mechanical, or chemical stimuli. According to the most widely accepted hydrodynamic theory, stimuli move the dentin lymph within exposed dentin tubules, thereby affecting odontoblast extensions and nerve endings. While a detailed anamnesis and differential diagnosis are of paramount importance during the diagnostic stage, eliminating risk factors and regulating diet are recommended primarily in treatment. In mild cases, home applications such as desensitizing toothpastes may suffice, whereas severe cases inevitably require clinical applications of potassium nitrate to block neural transmission or agents like sodium fluoride, calcium phosphate, glutaraldehyde, and arginine to occlude dentin tubules. Furthermore, bioactive glasses, varnishes, adhesive systems, and restorative materials are utilized to cover the dentin surface. In recent years, various laser technologies (He-Ne, Diode, Nd:YAG, CO2, Er:YAG, Er,Cr:YSGG) that occlude tubules by melting dentin tissue, block nerve conduction, or vaporize dentin lymph, along with mucogingival plastic surgery procedures applied in gingival recessions, have entered current treatment strategies. Consequently, although a clear protocol is not yet established, identifying and eliminating etiological factors remains essential for treatment success.
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