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首页> 外文期刊>Asian Journal of Pharmaceutical and Clinical Research >IN VIVO UTILIZATION OF SEAFOOD PROCESSING WASTES FOR CULTIVATION OF THE MEDICINAL MUSHROOM (GANODERMA LUCIDUM) USING AGRO-INDUSTRIAL WASTE
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IN VIVO UTILIZATION OF SEAFOOD PROCESSING WASTES FOR CULTIVATION OF THE MEDICINAL MUSHROOM (GANODERMA LUCIDUM) USING AGRO-INDUSTRIAL WASTE

机译:利用农业工业废料利用海产加工废料培养药用蘑菇(GANODERMA LUCIDUM)

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Objective To examine the utilization of seafood processing wastes for artificial cultivation of medicinal mushroom and composting in laboratory condition. Method The selected agro-industrial wastes (e.g., coir pith, woodchips, sugarcane bagasse) were mixed with fishery waste in specific ratio (1:1).The substrates which are not mixed with fishery waste are regarded as control. All the above materials (1:1,control) were allowed to decompose about 15 days. The composted materials were placed in heat resistant transparent polyethylene bags. Each sterile bag was then aseptically inoculated with G.lucidum. The bags were then incubated under ambient temperature and controlled humidity. Results The maximum biological yield per bed was obtained with sugarcane bagasse control bed 64.78 g/bed.The lowest yield was observed in woodchips (1:1) 4.6 g/bed. Based on mass obtained of G.lucidum the best substrates were ordered of like woodchips smaller than coir smaller than sugarcane. Conclusion The scope of this work is sea food wastes could be used to cultivate a medicinal mushroom while at the same time promoting environmental sustainability
机译:目的研究海鲜加工废料在实验室条件下用于药用蘑菇人工栽培和堆肥的利用。方法将选定的农用工业废料(如椰皮髓,木片,甘蔗渣)与渔业废料按特定比例(1:1)混合,将未与渔业废料混合的基质作为对照。将上述所有物质(1:1,对照)分解约15天。将堆肥的材料放在耐热的透明聚乙烯袋中。然后将每个无菌袋无菌接种灵芝。然后将袋在环境温度和受控湿度下孵育。结果甘蔗渣对照床每床最大生物产量为64.78 g /床,木片(1:1)4.6 g /床时最低。基于灵芝得到的质量,最好的基质是像木屑一样小的木片,其小于比甘蔗小的椰皮。结论这项工作的范围是,可将海鲜废物用于种植药用蘑菇,同时促进环境的可持续性。

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