Kissing Balon
Özet
Kissing balon (KB) dilatasyonu, karmaşık ve zorlu koroner bifurkasyon lezyonlarının perkütan tedavisinde stent apozisyonunu optimize etmek, yan dala erişimi iyileştirmek ve stent deformasyonunu düzeltmek amacıyla geliştirilmiş tarihsel bir yöntemdir. İlk olarak 1980’lerde Leriche sendromunda ve ardından koroner girişimlerde uygulanmaya başlanan bu teknik, yıllar içinde tek kılavuz kateter ve rapid exchange sistemlerinin entegrasyonuyla gelişimini sürdürmüştür. Bifurkasyon lezyonlarının doğası gereği oluşabilecek işleme bağlı yan dal hasarını, ostiyum diseksiyonunu ve akut oklüzyonları önlemede kritik role sahiptir. Yapılan bench testleri ve intravasküler görüntüleme (IVUS, OCT) çalışmaları, yan dala yapılan tekli balon dilatasyonunun ana damar stent yapısında ciddi distorsiyonlara yol açtığını, bu durumun ise ancak eş zamanlı KB şişirilmesiyle düzeltilebileceğini göstermiştir. Fonksiyonel değerlendirmelerde KB'nin fraksiyonel akım rezervi (FFR) değerlerini anlamlı şekilde artırdığı ve işlem sonrası indüklenebilir iskemi riskini düşürdüğü saptanmıştır. Günümüzde ilaç salınımlı balon uygulamaları, modifiye kissing teknikleri (Snuggle-TAP vb.) ve proksimal optimizasyon (POT) entegrasyonuyla çeşitlenen bu yöntem, özellikle planlı çift stent stratejilerinde (DK crush) klinik sonuçları iyileştiren ve günlük rutin kardiyoloji pratiğinde yaygın olarak önerilen güvenilir bir yaklaşımdır.
Kissing balloon (KB) dilation is a foundational and evolving technique developed to optimize stent apposition, improve side branch access, and correct stent deformation during the percutaneous treatment of complex coronary bifurcation lesions. Originally applied in the 1980s for distal aorta angioplasty and subsequently in coronary interventions, the technique transitioned over the years from utilizing dual guiding catheters to a single catheter with rapid-exchange balloon systems. It plays a critical role in preventing procedure-related side branch injury, ostial dissection, or acute occlusion caused by plaque or carina shifting. Bench testing and intravascular imaging modalities, such as IVUS and OCT, have demonstrated that single balloon dilation toward the side branch induces significant distortion in the main vessel stent, a limitation successfully resolved by KB inflation. Functional evaluations via Fractional Flow Reserve (FFR) indicate that final KB inflation substantially increases FFR values and mitigates the risk of post-procedural inducible ischemia. Today, supplemented by drug-coated balloons, modified approaches like the Snuggle-TAP technique, and proximal optimization techniques (POT), KB inflation remains a routinely recommended strategy that significantly enhances clinical outcomes, particularly in complex planned two-stent strategies such as the double kissing (DK) crush technique.
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