논문투고
축산관련 논문을 투고한 자료를 모아 정보를 제공합니다. 관련자료가 없는 성과년도는 표기되지 않습니다.
논문명(한글), 논문명(영문), 성과주관부서, 품목코드, 학술지명, 주저자, 연도, 성과적용일, 첨부파일, 내용으로 구성된 글 상세입니다.
논문명(한글) |
Effect of Moisture Content and Storage Periods on Nutrient Composition and Organic Acids Change in Triticale Round Bale Silage |
논문명(영문) |
Effect of Moisture Content and Storage Periods on Nutrient Composition and Organic Acids Change in Triticale Round Bale Silage |
성과주관부서 |
국립축산과학원 축산자원개발부 초지사료과 |
품목코드 |
축산 / 조사료 / 기타 조사료 |
학술지명 |
한국초지조사료학회지 |
주저자 |
SOUNDHARRAJAN ILAVENIL |
성과년도 |
2022 |
성과적용일 |
2022년12월 |
Livestock production costs are heavily influenced by the cost of feed, The use of domestically grown forages is more desirable for
livestock feed production. As part of this study, triticale, which is an extremely palatable and easily cultivable crop in Korea, was
used to produce low moisture silage bales with lactic acid bacteria (LAB) and then stored for different periods. We examined the
nutrient content of silage, such as crude protein (CP), acid detergent fiber (ADF) and neutral detergent fiber (NDF), as well as their
organic acids, including lactic acid, acetic acid, butyric acid, at different storage periods. The nutrient content of silages, such as crude
protein, ADF, and NDF, did not change significantly throughout storage periods. Organic acid data indicated that lactic acid
concentrations increased with increasing moisture contents and storage periods up to nine months. However, further extending storage
to 12 months resulted in a reduction in the lactic acid content of all silages as well as an increase in their pH. Based on the present
results, it suggested that the production of low moisture silage with the LAB may be able to preserve and maintain its quality without
altering its nutritional composition. Also, the lactate content of the silage remained significant for at least nine months