首页> 外文OA文献 >Penggunaan Beberapa Medium Semisintetik Untuk Produksi Miselium Jamur Maitake (Grifola Frondosa (Dickson: Fr.) S. F. Gray) Isolat Cianjur Dan Ekstrak Kasarnya
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Penggunaan Beberapa Medium Semisintetik Untuk Produksi Miselium Jamur Maitake (Grifola Frondosa (Dickson: Fr.) S. F. Gray) Isolat Cianjur Dan Ekstrak Kasarnya

机译:使用半合成培养基生产舞茸蘑菇菌丝体(Grifola Frondosa(Dickson:Fr。)S.F.Gray)Cianjur分离物和粗提物

摘要

Research on the use of some semisynthetic medium for the production of fungal mycelium Maitake (Grifola frondosa (dickson: Fr.) SF Gray) isolates Cianjur and crude extract was performed with an incubation period of 30 days. This study aimed to determine the ability of green bean, cowpea and maize as an alternative material of semisynthetic medium for manufacturing G. frondosa\u27s mycelium and and to know the production of G. frondosa\u27s mycelium and the highest crude extract. This study was experimental study with a completely randomized design consisted of 4 treatments : Yeast Potato Dextrose Broth (PDYB) medium, Green bean Yeast Dextrose Broth (GbDYB) medium, Cowpea Yeast Dextrose Broth (CpDYB) medium and Corn Yeast Dextrose Broth (CDYB) medium. The highest average dry weight of mycelium (1,584 g/100ml) was GbDYB medium. The lowest average dry weight of the mycelium (g/100ml 0.244) was PDYB medium. The weight of the crude extract of mycelium in each treatment was lower than the dry weight. The highest weight of the crude extract was obtained from the GbDYB medium treatment (1,22 g) and the lowest was obtained from PDYB medium (0,113 g). Anova test results of different treatment was very significant, meaning that the use of extract of green bean, cowpea and maize greatly affected the growth of G.frondosa\u27s mycelium. The LSD test between treatment of PDYB medium and CDYB medium was not significant, meaning that the increase of mycelium\u27s growth on PDYB medium had no different with the CDYB medium.
机译:关于使用某些半合成培养基生产真菌菌丝舞茸(Grifola frondosa(dickson:Fr.)SF Gray)分离Cianjur和粗提物的研究,潜伏期为30天。这项研究旨在确定绿豆,cow豆和玉米作为半合成培养基的替代材料的生产能力,用于研究frondosa的菌丝体,并了解其产量和最高的粗提物。这项研究是由4种处理组成的完全随机设计的实验研究:酵母马铃薯右旋糖肉汤(PDYB)培养基,绿豆酵母右旋糖肉汤(GbDYB)培养基,ext豆酵母右旋糖肉汤(CpDYB)培养基和玉米酵母右旋糖肉汤(CDYB)介质。菌丝体的最高平均干重(1,584 g / 100ml)是GbDYB培养基。菌丝体的最低平均干重(g / 100ml 0.244)是PDYB培养基。每次处理中菌丝体粗提物的重量均低于干重。粗提物的最高重量来自GbDYB培养基处理(1,22 g),而最低的重量来自PDYB培养基(0.113 g)。不同处理的方差分析测试结果非常显着,这意味着使用绿豆,cow豆和玉米提取物极大地影响了弗氏通心菌的菌丝体的生长。在PDYB培养基和CDYB培养基之间进行的LSD测试不显着,这意味着PDYB培养基上菌丝生长的增加与CDYB培养基没有差异。

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