非接触式高压静电场微胶囊制备方法研究
Study on Cell Microencapsulation by Non-contacted High Potentiometric Dispersion Technology
为了制备细胞微胶囊,设计研制基于高压静电成囊原理的非接触式微囊发生装置。以海藻酸钠在氯化钙溶液中成囊的方法,分析电场电压、推进速度、电极距离和针头型号等参数对所制微囊粒径的影响,制备出表面光滑、形状规则、大小均匀的微胶囊。用该装置制备出微囊化脂肪干细胞,经过一周培养,细胞在微胶囊中存活良好,增殖明显。
non-contacted device based on the principle of high potentiometric dispersion technology for cell microencapsulation is designed and manufactured. Sodium alginate is solidified in calcium chloride solution. Integrated microencapsules with smooth surface and even diameter are prepared. Parameters influencing the forming of cell microencapsules like voltage, push speed, electrode distance and syringe inner meter are analyzed and optimized. Adipose derived stem cells (ADSCs) microcapsules are prepared via the device. After one-week-long culture, ADSCs demonstrate high viability and significant proliferation.
颜永年、王小红、张人佶、陈少波、姚睿
生物科学研究方法、生物科学研究技术细胞生物学生物工程学
非接触微胶囊高压静电脂肪干细胞
Non-contactedMicroencapsulationHigh potentiometric dispersiondipose derived stem cells (ADSCs)
颜永年,王小红,张人佶,陈少波,姚睿.非接触式高压静电场微胶囊制备方法研究[EB/OL].(2009-01-29)[2025-08-10].http://www.paper.edu.cn/releasepaper/content/200901-1157.点此复制
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