Please use this identifier to cite or link to this item: http://rportal.lib.ntnu.edu.tw:80/handle/77345300/7017
Title: 補氣健脾藥四君子湯調節人體B淋巴球分泌A型免疫球蛋白
Authors: 呂丹妮
陳安德
張玉冬
曾哲明
T.N.Lu,A.Y.Chen,Y.T.Chang,J.Tseng
Issue Date: Dec-1995
Publisher: 國立臺灣師範大學生命科學學系
Department of Life Science, NTNU
Abstract: 四君子湯主要以口服湯劑的方式服用,故消化道之黏膜免疫系統為最先受到藥物刺激的部位。本研究以A型免疫球蛋白(IgA)分泌為指標,在離休狀態下測試四君子湯及其單方對黏膜免疫系統的影響。實驗結果顯示四君子湯在含有B淋巴球、T淋巴球及單核球等細胞之人類周邊血液單核細胞培養中,可促使活細胞增加1gA之分泌,此促進功能與四君子湯中的茯苓有關。但是四君子湯對人類扁桃腺分離出來的單核細胞則有顯著之胞殺作用,IgA之分泌量也隨之減少,此胞殺作用與四君子湯中黨參及茯苓有關。四君子湯對分泌IgA之Dakiki B淋巴球細胞株,有顯著之胞殺作用,但卻明顯的促進IgA之分泌,此促進作用可能與技苓有關。總之,在沒有T淋巴球及單核球輔助之下,B淋巴球之存活率對四君子湯及其單方很敏感,但是在T淋巴球及單核球存在下,四君子湯IgA之分泌具有促進作用,由Dakiki細胞株的實驗結果顯示,此促進作用可能來自藥物對B淋巴球的直接刺激所致。
Shy-Jiun-Tsi-Tang is mainly administerred by oral. Therefore, the mucosal immune system on the gastrointestinal tract should be the major area that is directly stimulated by the drug. Since the Immunoglobulin △ (IgA) secretion was considerred as a indicator of the mucosal immune function, the experimental design in this study is to investigate the possible regulatory effect of Shy-Jiun-Tsi-Tang and its major ingradients on the IgA secretion by human B lymphocytes. Results indicated that Shy-Jiun-Tsi-Tang might enhanced IgA secretion by unfractionated human peripheral B lymphocytes. However, the same treatment resulted in a drastic cytotoxicity to the unfractionated human tonsil B lymphocytes togather with a significant decrease in the amount of 19A secretion. When the unfractionated B lymphocytes were replaced by the highly purified 13 lymphocytes, the drug treatment also resulted in cytotoxicity and a significant reduction in 19A secretion. An IgA secreting human Iymphoblastoid cc1lline, Dakiki, was subsequently assayed for its sensitivity to the dmg. Results suggested that the drug caused a significant cytotoxicity but an increase in IgA secretion. The study therefore concluded that Shy-.liun-Tsi-Tang showed cytotoxic effect to the 13 lymphocytes in the absense of T lymphocytes and monocytes However, with the help of T lymphocytes and monocytes, the dmg might augment 19A secretion by B lymphocytes without showing cytotoxic effect. In addition, the dmg showed cytotoxic effect on the transformed B Iymphoblasts but enhanced IgA secretion by the same cell lines.
URI: http://rportal.lib.ntnu.edu.tw//handle/77345300/7017
Other Identifiers: ABEF2ABC-304C-22C3-2897-AD7CC5F184FD
Appears in Collections:生物學報

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