Pediatrik Ortopedik Yaralanmalarda Genel Tedavi Prensipleri
Özet
Çocukluk çağı yaralanmalarının %10-15’ini oluşturan iskelet sistemi travmaları, büyüme potansiyelleri ve hızlı iyileşme kapasiteleri nedeniyle erişkinlerden farklı olarak değerlendirilmektedir. Çocuklarda kalın ve vasküler periost yapısı sayesinde kırıklar daha çabuk kaynamakta, diyafiz kırıklarında aşırı büyüme görülebilmekte ve remodelizasyon süreci iskelet yaşı ile lezyonun fizise yakınlığına bağlı olarak şekillenmektedir. İmmatür kemik yapısına özgü torus, plastik deformasyon ve yeşil ağaç kırıkları gibi özel hasar mekanizmaları mevcuttur. Uzun kemik kırıklarının yaklaşık %30’unu oluşturan fizis yaralanmaları Salter-Harris ve Ogden sistemlerine göre sınıflandırılmakta; tip I ve II için konservatif, eklem içi ve cerrahi gerektiren tip III ve IV için ise açık redüksiyon ile sabitleme uygulanmaktadır. Fizis yaralanmalarının en kritik komplikasyonu olan büyüme duraklaması, travma şiddeti ve fizis barının boyutuna bağlı olarak 2-6 ay içinde netleşmektedir. Politravmatize çocuk hastaların resüsitasyonunda hava yolu (ABC), solunum ve dolaşım yönetimi yaşamsal öneme sahip olup, erişkinlerin aksine hipotansiyon gelişimi kan kaybının %25-30’una ulaştığında ve çökmeye yakın aşamada ortaya çıkmaktadır. Bu hastalarda hipotermi riski, kompartman sendromu takibi ve açık kırık profilaksisi titizlikle yürütülmelidir.
Pediatric skeletal injuries, comprising 10-15% of childhood traumas, require different evaluation from adults due to children's growth potential and rapid healing capacities. Thanks to a thick, vascular periosteum, pediatric fractures unite faster, overgrowth can occur in diaphyseal fractures, and the remodeling process relies heavily on skeletal age and proximity to the physis. Immature bones exhibit unique injury patterns such as torus, plastic deformation, and greenstick fractures. Physeal injuries, representing roughly 30% of long bone fractures, are categorized via Salter-Harris and Ogden classifications; conservative treatment with splinting is indicated for types I and II, whereas open reduction and internal fixation are mandatory for intra-articular types III and IV. Growth arrest, the most critical physis-specific complication, usually manifests within 2-6 months depending on injury severity and bridge size. Resuscitation of polytraumatized pediatric patients hinges on strict ABC management, where hypotension signals critical blood loss of 25-30% just before circulatory collapse, necessitating meticulous monitoring against hypothermia, compartment syndrome, and open fracture contamination.
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