年，美國托尼多醫學院幾位醫生用藥物及針刺對狗的一系列實驗，所得 用，另外電針胃脘下俞 Weiwanxiashu 穴,三陰交穴血中胰島素的上升幅 度大於電針足三里穴。 源發嗎啡多? ,而 5-羥色胺﹙5 HT﹚、serotonin、P 物質﹙substance P﹚
和前列腺素﹙prostaglandin﹚等，均可誘發嚴重疼痛。從而激發機體的 心理 ... 同時，對相應神經根處的刺激，可以發揮閘門控制作用，另 100Hz 電針刺激使可能激活內啡? 、腦啡? 。
4. 在 活 體 大 白 鼠 上 偵 測 血 糖 ﹙ blood glucose ﹚ 及 其 代 謝 物 丙 酮 酸 鹽
﹙Pyruvate﹚、 乳酸﹙lactate﹚的這項技術，將對了解電針及針刺穴位如 何影響血糖﹙blood glucose﹚及其代謝物丙酮酸鹽﹙Pyruvate﹚、乳酸
能精巧結合的演化結果。
由這种技術將能更讓我們進一? 了解它和單胺神經元功能之相關性, 觀察電針及針刺穴位對細胞外及細胞內血糖﹙blood glucose﹚及其代謝 物丙酮酸鹽﹙Pyruvate﹚、乳酸﹙lactate﹚之變化對中樞神經系統之作用，
以及電針及針刺穴位有效性之原理，及針刺俞穴產生不同的影響。
第六章 結 論
的，且穴位的導電性大小與機體生理及病理變化有關。關於電場改變早於形 激反應﹙stress response﹚中，組織中心的激活將維持機體正常的形態與 功能。電針灸將加速創傷治癒過程，並且導致機體創傷治癒及應激反應的擴
體收集儀技術在電針刺激俞穴科學化
本研究使用全自動血液檢體收集儀自體內移出化學物質而不用抽取體 液且可導入化學化質以觀察反應。由微透析技術取得的樣品不僅乾淨且可以 立即使用各種不同分析技術加以分析，因此全自動血液檢體收集儀對於生物 醫學和臨床研究上是非常有潛力的一種生物分析採樣技術,，本研究應用全 自動血液檢體收集儀連線技術在電針刺激大白鼠俞穴釋出調控神經化學物 質之分析提供新的研究方法﹙methodology﹚使針刺微透析科學化及應用全 自動血液檢體收集儀技術在電針刺激俞穴科學化。
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