Burcu İNSAL, Okan EKİM, Caner BAKICI, Selçuk TUNALI, R Orkun AKGÜN, R Merih HAZIROĞLU

A modified S10B silicone plastination method for preparation and preservation of scaled reptile specimens

Sürüngen preparatlarının hazırlanması ve uzun süreli muhafazası faaliyetleri, titiz bir çalışma gerektirir. Plastinasyon; dayanıklı ve gerçeğe özdeş görünümlü örnekler yaratabilmek için amaca yönelik bir metottur. Fakat sürüngen türlerinin anatomik ve histolojik özelliklerine bağlı olarak; silikon plastinasyonunun temel aşamalarında değişiklik veya modifikasyonlar yapılması gerekebilir. Bu araştırma için çeşitli pullu sürüngen türleri plastine edildi. Bu çalışmadaki amaç; sürüngen örnekler için silikon plastinasyonu işlemini detaylı bir şekilde değerlendirmek, faydalı plastinatlar elde edebilmek adına hızlı fakat amaca yönelik bir plastinasyon protokolü geliştirebilmekti. Elde edilen son ürünler, fiksasyon işlemi öncesi örneklerde asetona dayanıklı, hızlı sertleşen polimer dolgu malzemelerinin kullanılmasının, özellikle boşluklu yapılarda daha iyi anatomik form ve pozisyonu sağlayabilmek bakımından çok etkin olduğunu ortaya çıkarmıştır. Fiksasyon süreci boyunca polietilen glikol'ün örnekler üzerinde uygun kullanımının, yüzeyel kurumayı önlemesi, küf mantarı aktivitesini baskılaması, fazla polimerin örnek yüzeyine yapışmasını önlemesi açısından araştırıcılara yardımcı olacağı düşünülmektedir. Çeşitli sürüngen örneklerinin belirtilen modifiye silikon plastinasyon metodu ile hazırlanmasının, sürüngenlerin uygulamalı öğretimi için çok faydalı olacağı öngörülmüştür

Pullu sürüngen örneklerinin hazırlanması ve muhafazası için modifiye S10B silikon plastinasyonu metodu

Preparation and long-time preservation of reptile specimens need a meticulous work. Plastination is a convenient method to create real-like and durable specimens. However, the basic steps of silicone plastination should be changed or modified depending on the anatomical or histological features of the reptile species. Various species of scaled reptiles were plastinated for this research. The aim of this study was to evaluate the silicone plastination of scaled reptiles in a detailed manner and to create a fast but convenient protocol to obtain useful plastinates. Final products have revealed that padding with the acetone resistant and quick drying polymers before the fixation step was quite effective to provide a better anatomic form and position especially in hollow structures. Proper use of polyethylene glycol may help researchers to prevent superficial drying and adhesion of excess polymers and to inhibit the mould growth during the fixation stage. It is considered that preparation of reptile specimens with this modified plastination method will be efficacious for practical teaching of reptiles

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