李明偉許銘芳Ming-Fang Hsu醫學檢驗暨生物技術學系碩士班2026-10-159999-12-312016https://handle.ncl.edu.tw/11296/cuzvfnhttps://scholars.csmu.edu.tw/handle/123456789/22105肝細胞癌（HCC）是肝臟中最常見的原發型惡性腫瘤，並且位居癌症死因第三名。肝動脈化療栓塞廣泛應用於無法進行手術切除的肝細胞癌（HCC），因此本研究旨在設計具新穎性的化療栓塞試劑。該栓塞劑是將結蘭膠微球包覆透明質酸/聚乙烯亞胺-阿黴素的奈米顆粒（HH / PH-DOX）。組氨酸分別與透明質酸、聚乙烯亞胺共軛形成HH、PH產物，1 H NMR指出在8.064 ppm（-N = CH-）和6.979 ppm（-N-CH = C-）有新的尖端值出現，表透明質酸的“methenyl group”與組氨酸的咪唑環有起反應，兩者有成功共軛成功。而在待測物PH的1 H NMR結果，發現了7.714 ppm（-N = CH-）和6.959 ppm（-N-CH = C-）新的尖端值出現，表明了有成功地獲得PH。從Zeta電位的變化，我們發現阿黴素可以成功地被承載於HH / PH-DOX奈米顆粒。透過W / O乳化法製備出包覆HH/PH-DOX的結蘭膠微粒，平均粒徑300±100微米。從細胞攝取試驗結果得知，於24小時共同培養後，HH/PH-DOX可以藉由內吞作用進至HepG2細胞裡頭。綜合以上所述之結果，本論文認為包覆HH/PH-DOX的結蘭膠微粒具有成為栓塞劑的潛能性。Hepatocellular carcinoma (HCC) is the most common primary malignancy of the liver and the third cause of cancer death. Transcatheter arterial chemoembolization has most widely been applied to hepatocellular carcinoma (HCC) for patients who are not eligible for surgery. The study aims to design noval chemoembolization agent for hepatoma therapy. The chemoembolization agent is based on gellan gum microsphere which contain hyaluronan/polyethylenimine-doxorubicin nanoparticles (HH/PH-DOX). Hyaluronan conjugated with histidine (HH) and Polyethylenimine conjugated with histidine (PH) were synthesized, 1H NMR spectrum showed that the peaks of HH were at 8.064 ppm (-N=CH-) and 6.979 ppm (-N-CH=C-) which were ascribed to the methenyl group located in imidazole group of Histidine. The newly appeared peaks at 7.714 ppm (-N=CH-) and 6.959 ppm (-N-CH=C-) revealed that PH was successfully obtained. From the change of zeta potential, we found the doxorubicin can encapsulate into HH/PH matrix successfully. The gellan gum microsphere contain HH/PH-DOX were fabricated using a W/O emulsion method, and the diameter of these microspheres was 300± 100 um. The cellular uptake test, results showed that HH/PH-DOX could be into HepG2 cells by endocytosis after co-incubation for 24h. From these datas, the gellan gum microsphere with HH/PH-DOX nano particles have the potential as the chemoembolization agent in the future.結蘭膠透明質酸鹽酸多柔比星聚乙烯亞胺gellan gumhyaluronic acidpolyethyleniminedoxorubicinthesis