Dohutia Chandrajit, Mohapatra Pradyumna K, Bhattacharyya Dibya Ranjan, Gogoi Kabita, Bora Khukumoni, Goswami Basanta K
Regional Medical Research Center NE Region, Indian Council of Medical Research, Post Office Box # 105, Dibrugarh, Assam 786001 India.
J Parasit Dis. 2017 Jun;41(2):371-374. doi: 10.1007/s12639-016-0808-z. Epub 2016 Jun 30.
To reduce the dependency on fresh AB serum in continuous culture of , a comparative study was undertaken to assess the in vitro adaptability of to media supplemented with fresh AB serum from whole blood, AB plasma, serum derived from AB plasma, AB human serum from Sigma, Albumax II, fetal bovine serum and new born calf serum, independently and in different combinations. Combinations were used to analyze whether two different substitutes demonstrate any synergistic effect on the growth of the parasites. Our findings exhibited that the combination of fresh human serum and Albumax II showed good growth pattern in comparison to that of fresh serum and can thereby be instrumental in reducing the role of fresh human serum in continuous parasite maintenance. Culture maintained with Albumax II with or without hypoxanthine showed average growth.
为了减少在疟原虫连续培养中对新鲜AB血清的依赖,开展了一项比较研究,以评估疟原虫对分别添加了来自全血的新鲜AB血清、AB血浆、AB血浆衍生血清、Sigma公司的AB人血清、白蛋白II、胎牛血清和新生牛血清的培养基的体外适应性,以及不同组合情况。采用组合方式来分析两种不同替代物对疟原虫生长是否具有协同效应。我们的研究结果表明,与新鲜血清相比,新鲜人血清和白蛋白II的组合显示出良好的生长模式,从而有助于降低新鲜人血清在疟原虫连续培养中的作用。添加或不添加次黄嘌呤的白蛋白II维持的培养物显示出平均生长情况。