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  5. 新式表面處理技術應用於微創侵入式電燒器械於顱顏手術 之研究:大鼠試驗分析
 
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新式表面處理技術應用於微創侵入式電燒器械於顱顏手術 之研究:大鼠試驗分析

Other Title
A potential solution to minimally invasive device for
craniofacial surgery: evaluation of surgical outcomes in rat
Type
thesis
Date Issued
2016-01-21
Author(s)
卓秀峰
Advisor
黃瓊芳
Subjects
系所名稱:醫療器材產業碩士專班
Description
學位別:碩士
語文別:英文
指導教授:黃瓊芳
共同指導教授:
口試委員:劉恆宇;程瀚毅
中文關鍵字:類鑽碳;奈米電燒器械;三維生醫模型;熱傷害
英文關鍵字:animal study, nanostructured coating, electrosurgical instrument, thermal damage
Abstract
本整合性研究之目的為探討電燒器械沾黏特性與熱傷害在經過奈米表面處理後之影響,於臨床電燒之手術來說,熱傷害降低是現今電燒器械最需克服之重點項目之一,類鑽碳表面處理之電燒器械經由掃描式電子顯微鏡與原子力顯微鏡觀測表面型態,同時並建立三維腦部之醫學模型來模擬臨床手術時之情況,最後再配合動物鼠實驗來證明此新式表面處理技術之功能性與有效性,大鼠也將術後0、2、7以及28天犧牲並做組織切片觀察之。
結果可以發現於電燒刀之手術時,組織溫度降低於較厚表面處理之電燒器械,由熱影像溫度偵測儀發現表面處理之電燒器械臨床溫度比未經過處理之電燒器械低,另外經過表面處理之電燒器械也可以產生較小之傷口以及由電燒器械所發出之熱影響範圍。
因此,本研究結果指出類鑽碳電燒器械可防止對組織過高之熱傷害以及使得熱量於組織間傳遞時較為平均,以防止溫度過高造成傷害。
URI
https://203.71.86.71/handle/123456789/57628

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