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논문검색

고활성칼슘의 버섯 생육에 대한 효과

원문정보

Effect of highly activated calcium on the growth of mushrooms

장현유, 구자준

피인용수 : 0(자료제공 : 네이버학술정보)

초록

영어

Highly Activated Calcium(below HAC) is the oxidized calcium made by dissolving shell materials with high voltage about 15,000V and high temperature (1,500~5,000℃). This HAC is a material with a very high degree of purity without toxicant. This HAC decreases chemical reaction so the degree of being active and dissolving living material is outstanding. The effects of HAC on the propagation of mushrooms are following. In the case of the Pleurotus ostreatus, when controlling media moisture by mixing with the HAC, mycelium cultivating days were shortened by 2days. The day required for primordial formation after inoculation(DPI) were one day faster. The number of stem was 15 and individual weight was 248g/850cc, a 6.5% increase. In the case of Pleurotus eryngii, when controlling media moisture by mixing with the highly activated calcium, mycelium cultivating days were shortened by 3days. DPI were l day faster. The day required for colonization after inoculation was shortened by 6days and individual weight was 108.8g/850cc, a 9.7% increase. In the case of Flammulina velutipes, the highly activated calcium was the best for scraping up mycelium. Mycelium incubating days were shortened by 2days. DPI were shortened by 3days. The day required for colonization after inoculation was 1day faster and the period of cultivation was shortened by 3days. Individual weight was 165g/850cc, a 6.7% increase. In the case of Lentinula edodes, when mixing media with the highly cultivated calcium, cultivating days were shortened by 3 days. The days for becoming brown in color were 2 days faster and the days of the first harvest were shortened by 4 days. The weight of mushrooms was 169g/2kg, a 9.7% increase.

목차

ABSTRACT
 서론
 재료 및 방법
  공시균주 및 접종원
  재배방법
  고활성 칼슘
  조사항목
 결과 및 고찰
  느타리 버섯(춘추2호) 생육단계별 고활성칼슘 처리효과
  큰느타리버섯(새송이) 생육단계별 고활성칼슘 처리효과
  팽이버섯 생육단계별 고활성칼슘 처리효과
  표고(톱밥 봉지재배/농기 3호) 생육단계별 고활성칼슘 처리효과
 적요
 참고문헌

저자정보

  • 장현유 Hyun-You Chang. 한국농업전문학교, (주)에코바이오텍
  • 구자준 Ja-Joon Goo. 한국농업전문학교, (주)에코바이오텍

참고문헌

자료제공 : 네이버학술정보

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