MODE OF FUNGAL GROWTH (R. oligosporus) DURING PROTEIH ENRICHMENT OF SAGO STARCH BY SOLID-STATE CULTIVATION

E. Gumbira-Said; D.A. Mitchell; H.W. Doelle; P.P. Greenfield

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MODE OF FUNGAL GROWTH (R. oligosporus) DURING PROTEIH ENRICHMENT OF SAGO STARCH BY SOLID-STATE CULTIVATION

机译：固态培养SAGO淀粉蛋白富集过程中的真菌生长模式（R. oligosporus）

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Protein enrichment of sago starch using Sartorius and standing column packed bed solid-state cultivation (SSC) systems have been carried out to investigate the growth mode of Rhizopus oligosporus on sago-beads using packed beds with forced aeration. Observations of the mycelial development by R. oligosporus UQM 145F on the different diameters of sago-beads were monitored for 54 - 72 hours of cultivation using different packed-bed bioreactors. Mycelial development could only be seen clearly after 24 hof the cultivation, even though starting at about 18 h of the cultivation, fine mycelium had already appeared, especially in the bottom of the bioreactor. The highest protein contents produced in the Sartorius and the multiple mini packed bed bioreactors were 80 - 120 mg protein/g dry sample.

机译：已使用赛多利斯（Sartorius）和立柱填充床固态培养（SSC）系统对西米淀粉进行了蛋白质富集，以研究使用强迫通风的填充床，低聚根霉菌在西米珠上的生长模式。使用不同的填充床生物反应器，在54-72小时的培养过程中，监测了寡孢R.UQM 145F对西米珠不同直径的菌丝体发育的观察。仅在培养24小时后才能清楚地看到菌丝体的发育，即使在培养大约18小时后，已经出现了细菌丝体，特别是在生物反应器的底部。 Sartorius和多个微型填充床生物反应器中产生的最高蛋白质含量为80-120 mg蛋白质/ g干样品。

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《Acta Horticulturae》 |1995年第389期|共16页
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E. Gumbira-Said; D.A. Mitchell; H.W. Doelle; P.P. Greenfield;
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1. MODE OF FUNGAL GROWTH (R. oligosporus) DURING PROTEIH ENRICHMENT OF SAGO STARCH BY SOLID-STATE CULTIVATION [J] . E. Gumbira-Said, D.A. Mitchell, H.W. Doelle, Acta Horticulturae . 1995,第389期

机译：固态培养SAGO淀粉蛋白富集过程中的真菌生长模式（R. oligosporus）
2. A two-phase kinetic model for fungal growth in solid-state cultivation [J] . Zohreh Hamidi-Esfahani, Parisa Hejazi, Seyed Abbas Shojaosadati Biochemical Engineering Journal . 2007,第2期

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3. Protein enrichment of brewery spent grain from Rhizopus oligosporus by solid-state fermentation [J] . Canedo Marianny Silva, de Paula Fernanda Gomes, da Silva Flavio Alves, Bioprocess and Biosystems Engineering . 2016,第7期

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4. SPECIES DISTRIBUTION MODELING TO AID REMOTE SENSING OF THE STARCH-RICH SAGO PALM IN THE PHILIPPINES [C] . Meriam M. Santillan, Jojene R. Santillan Asian conference on remote sensing;ACRS . 2014

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5. Pilot-scale submersed cultivation of R. microsporus var. oligosporus in thin stillage, a dry-grind corn-to-ethanol co-product. [D] . Erickson, Daniel Thomas. 2012

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6. Effect of growth conditions on β-glucosidase production using Flourensia cernua leaves in a solid-state fungal bioprocess [O] . Miguel A. Medina-Morales, J. López-Trujillo, L. Gómez-Narváez, 2017

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8. Expanded Simulation Models 'Version 3.0' for Growth of the Submerged Aquatic Plants American Wildcelery, Sago Pondweed, Hydrilla, and Eurasian Watermilfoil [R] . Best, E. P. , Boyd, W. A. 2007

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MODE OF FUNGAL GROWTH (R. oligosporus) DURING PROTEIH ENRICHMENT OF SAGO STARCH BY SOLID-STATE CULTIVATION

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