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논문 기본 정보

자료유형
학술대회자료
저자정보
Andueza, Donato (Animal Production Department. Servicio do Investigacion Agraria [SIA]) Munoz, Fernando (Animal Production Department. Servicio do Investigacion Agraria [SIA]) Martinez, Adela (Animal Production Department. Servicio Regional de investigacion y Desarrollo Agroalimentario [SERIDA]) De La Roza, Begona (Animal Production Department. Servicio Regional de investigacion y Desarrollo Agroalimentario [SERIDA])
저널정보
한국근적외분광분석학회 한국근적외분광분석학회 학술발표회 한국근적외분광분석학회 2001년도 NIR-2001
발행연도
2001.1
수록면
1,268 - 1,268 (1page)

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The availability of in vivo and in sacco degradability values are limited because those methods require work with fistulated animals and are rather complicated, labour intensive and expensive. That is to say, the dynamics and logistics of the methodology result in considerable work, due to limitations on the amount of samples, number of bags that can be placed in an animal and different time intervals to perform kinetic studies. Therefore, a simpler method is necessary to estimate the degradation characteristics of the feed. In this way, near infrared reflectance spectroscopy has been used to predict degradation characteristics of forages. In other hand, the possibility of achieving successful transfer of spectra and equations between instruments is closely related. The objective of this study was to confirm the potential of NIR to optimize work conditions to avoid duplicated efforts in collaborative trials on animal feeds evaluation between research institutions. For this purpose, one set with forty hays and dehydrated forages samples from SERIDA and ten samples with the same characteristics from SIA, were be used to create a spectral database. A calibration was developed using samples from degradation essays made in SERIDA to predict dry matter and crude protein degradability. With the addition of five samples from SIA in original calibration set, the effect of different origin and location was compensated.

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