Development of useful metabolites production system by protoplasts with artificial cell wall.
Development of useful metabolites production system by protoplasts with artificial cell wall.
批准号:
09555248
负责人:
TANAKA Hideo
金额:
$7.81万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (B)
财政年份:
1997
资助国家:
日本
项目状态:
已结题
起止时间:
1997 至 1999
中文摘要
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英文摘要
Study on development of useful metabolites production system by microbial and plant protoplasts with artificial cell wall were carried out. The following results were obtained.(1) Discovery that alginate acts as an elicitor and can be used as an artificial cell wall.Various studies on the functions of alginate showed that alginate acts as an elicitor in promoting the production of many useful compounds by plant cells. The basic analysis of action mechanism of alginate was carried out, and it was postulated that there was a recognition site for alginate on cell membrane. It was found that in the protoplast which has no cell wall, the sensitivity of the alginate was high, and that the elicitor-effect remarkably increased. The elicitor-effect of alginate increased significantly when HィイD22ィエD2OィイD22ィエD2 and CaィイD12+ィエD1 were added simultaneously.(2) Development of simple method for preparation of microbial and plant protoplasts with artificial cell wall.After immobilization of cells in al … More ginate, the beads containing the immobilized cells were treated with cell wall digesting enzyme and protoplasts were formed inside the beads. This is a very simple and rapid method for producing both microbial and plant protoplasts with artificial cell walls.(3) The development of useful compound production system by the plant protoplasts with artificial cell wall.Catharanthus roseus protoplast were immobilized in alginate gel with the elicitor function as an artificial cell wall, and used for indole alkaloids production. In comparison with normal cells, the indole alkaloids production increased more than 30 times. Also system for cultivation of Wasabia japonica protoplast with artificial cell wall and with addition of HィイD22ィエD2OィイD22ィエD2 was developed. In this study, HィイD22ィエD2OィイD22ィエD2 and alginate acted synergistically and chitinase production increased by more than one order when comparison with normal cells.(4) Development of useful compound production system by the microbial protoplast with artificial cell wall.Protoplasts were prepared from yeast cells for production of invertase. Alginate gel with high mass transfer capacity was used as the artificial cell wall. When the protoplasts were cultivated in bubble column reactor, the invertase production increased much larger than that of the cells. Less
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H.Aoyagi and H.Tanaka et al.: "Development of simple methods for preparation of yeast and plant protoplasts immobilized in alginate gel beads"Biotechnology Techniques. 13(4). 253-258 (1999)
H.Aoyagi 和 H.Tanaka 等人:“开发固定在藻酸盐凝胶珠中的酵母和植物原生质体的简单制备方法”生物技术。
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通讯作者:
H.Aoyagi and H.Tanaka et al.: "Endogeneous elicitor-like effects of alginate on physiological activities of plant cells"Applied Microbiology and Biotechnology. 52(3). 429-436 (1999)
H.Aoyagi 和 H.Tanaka 等人:“藻酸盐对植物细胞生理活性的内源性诱导子样作用”应用微生物学和生物技术。
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青柳 秀紀、田中 秀夫: "人工細胞壁を装着した酵母プロトプラストによるインベルターゼの生産" 化学工学会つくば化学技術懇話会 平成10年度研究交流会講演要旨. 34-35 (1999)
Hideki Aoyagi、Hideo Tanaka:“通过配备人工细胞壁的酵母原生质体生产转化酶”化学工程师学会筑波化学技术会议 1998 年研究交流会摘要 34-35(1999)。
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H.Aoyagi and H.Tanaka et al.: "Alginate promotes production of various enzymes by Catharanthus roseus cells"Plant Cell Reports. 17(3). 243-247 (1998)
H.Aoyagi 和 H.Tanaka 等人:“藻酸盐促进长春花细胞产生各种酶”《植物细胞报告》。
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通讯作者:
H.Aoyagi and H.Tanaka et al.: "Synergistic effects of active oxygen species and alginate on chitinase production by Wasabia japonica cell and its application"Journal of Bioscience and Bioengineering. 89(2). 131-137 (2000)
H.Aoyagi 和 H.Tanaka 等:“活性氧和藻酸盐对山葵细胞产生几丁质酶的协同作用及其应用”生物科学与生物工程杂志。
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In situ visualization of the intracellular Ca2+ dynamics at the border of the acute myocardial infarct
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Arrhythmogenic [Ca^<2+>]_i dynamics of the pefused heart revealed by confocal microscopy
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Generation of Organo Copper Species in Organotin/Coppter (I) Systems and Application to Carbon-Carbon Bond Formation
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Study on Separation Bubble on the Constant Thickness Airfoil with Circular Leading Edge
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