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감과피를 이용한 큰느타리버섯 배지 개발Development of medium for Pleurotus eryngii cultivation using Kojongsi persimmon peels

Other Titles
Development of medium for Pleurotus eryngii cultivation using Kojongsi persimmon peels
Authors
김철환김홍출권현숙정종천공원식김혜수조수정
Issue Date
2015
Publisher
한국버섯학회
Keywords
β-glucan content; Kojongsi persimmon peels; Mycelial growth; Pleurotus eryngii
Citation
한국버섯학회지, v.13, no.4, pp 314 - 318
Pages
5
Indexed
KCICANDI
Journal Title
한국버섯학회지
Volume
13
Number
4
Start Page
314
End Page
318
URI
https://scholarworks.gnu.ac.kr/handle/sw.gnu/17552
ISSN
1738-0294
2288-8853
Abstract
This study was carried out to investigated the avaiability of dried Koojongsi persimmon peels (KPP) as a useful mushroom medium using Pleurotus eryngii ASI 2312. Mushroom cultivation medium used in this study was mixed with medium mixture, corn cob and sawdust (220:65:15, v/v). Dried KPP was replaced mushroom cultivation medium (control) with 5, 10, 15, 20, 30, 40, 50% dried KPP. The T-N content of dried KPP treatments decreased to increase replaced ratio of the dried KPP and C/N ratio was increased to increase replaced ratio of the dried KPP. But T-C content of dried KPP treatments was similar to untreated control. The average cultivating periods of mycelium on dried KPP treatments was delayed to increase replaced ratio of the dried KPP and cultivating periods was delayed over 30% dried KPP treatments. The length of stipe of dried KPP treatments was longer than that of the untreated control to increase replaced ratio of the dried KPP and thickness of stipes was tend to be thinner than that of the untreated control to increase replaced ratio of the dried KPP. The moisture, carbohydrate, crude protein and crude ash content of mycelial were similar to untreated control, but crude fatty acid was increased to increase replaced ratio of the dried KPP. The β-glucan content of 10% and 15% treatments were higher than untreatment control. The results based on cultivation yield and β-glucan content indicated that optimal mixture ratio dried KPP was 15%.
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자연과학대학 (제약공학과)
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