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Utilization of grass plants for cultivation of Pleurotus citrinopileatus

机译:利用草类植物栽培平菇

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The stalks of several grass plants, such as Panicum repens (PRS), Pennisetum purpureum (PPS) and Zea mays (ZMS), were used for producing Pleurotus citrinopileatus. Mycelial growth rate, biological efficiency and mushroom weight obtained from the cultivation of P. citrinopileatus under different combination substrates were investigated. The most suitable substrate for mycelial growth was 30 ZMS + 60 S, followed by 60 ZMS + 30 S and 30 PPS + 60 S. There were at least six flushes for all the substrates containing P. repens stalk, P. purpureum stalk and Z. mays stalk, respectively, and their biological efficiencies were all higher than that of the control (40.75%) during the 3 months of cultivation period. The most suitable substrate for high biological efficiency was 45 ZMS + 45 S (65.40%), followed by 45 PRS + 45 S (57.58%), 60 ZMS + 30 S (57.23%). 60 PRS + 30 S (56.85%) and 30 PPS + 60 S (53.58%). The highest mushroom weight in different flushes for all the substrates was almost on the second flush, except 30 PRS + 60 S and 60 PPS + 30 S. Based on the biological efficiency of the substrates tested, Z. mays stalk appeared to be the best alternative material for growing P. citrinopileatus.
机译:几种草类植物的茎被用来生产白灵菇。研究了在不同组合底物条件下栽培柑桔对虾的菌丝生长率,生物学效率和菌重。最适合菌丝体生长的底物是30 ZMS + 60 S,然后是60 ZMS + 30 S和30 PPS + 60S。所有含有白杨假茎,紫癜茎和Z的底物至少冲洗6次。在培养的三个月中,麦芽杆分别具有较高的生物学效率,其生物学效率均高于对照(40.75%)。实现高生物效率的最合适底物是45 ZMS + 45 S(65.40%),其次是45 PRS + 45 S(57.58%),60 ZMS + 30 S(57.23%)。 60 PRS + 30 S(56.85%)和30 PPS + 60 S(53.58%)。除30 PRS + 60 S和60 PPS + 30 S外,所有底物在不同冲洗中的蘑菇重最高,几乎都在第二次冲洗时。基于被测底物的生物效率,Z。mays茎似乎是最好的柑桔体育的替代材料。

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