Using non-invasive molecular spectroscopic techniques to detect unique aspects of protein Amide functional groups and chemical properties of modeled forage from different sourced-origins
“…In this study, five CSO forage (alfalfa hay, n = 5) and seven FSO forage (alfalfa hay, n = 7) [10,11] were used as modeled forages for structure and bio-function association study. Detailed methods to determine the carbohydrate chemical profiles [12][13][14], carbohydrate subfractions with the Cornell Net Carbohydrate and Protein System (CNCPS) [15,16], truly digestible nutrients (TDN) [14] and energy values [14,17 were presented [10,11]. The mean and variation (range and coefficient of variation) of the carbohydrate chemical compositions, carbohydrate subfractions, truly digestible nutrients, and energy values were summarized in Table 1.…”
Section: Forage Materials For Molecular Structure and Bio-function Asmentioning
confidence: 99%
“…Development Co. Ltd). The detailed methodology was reported [10]. The OMNIC 7.3 software (Spectra Tech., Madison, WI, USA) was used to analyze inherent structural carbohydrates (STCHO), cellulosic compounds (CELC) and total carbohydrates (TCHO) [18][19][20].…”
The objectives of this study were to: 1) investigate forage carbohydrate molecular structure profiles; 2) bio-functions in terms of CHO rumen degradation characteristics and hourly effective degradation ratio of N to OM (HED), and 3) quantify interactive association between molecular structures, bio-functions and nutrient availability. The vibrational molecular spectroscopy was applied to investigate the structure feature on a molecular basis. Two sourced-origin alfalfa forages were used as modeled forages. The results showed that the carbohydrate molecular structure profiles were highly linked to the bio-functions in terms of rumen degradation characteristics and hourly effective degradation ratio. The molecular spectroscopic technique can be used to detect forage carbohydrate structure features on a molecular basis and can be used to study interactive association between forage molecular structure and bio-functions.
“…In this study, five CSO forage (alfalfa hay, n = 5) and seven FSO forage (alfalfa hay, n = 7) [10,11] were used as modeled forages for structure and bio-function association study. Detailed methods to determine the carbohydrate chemical profiles [12][13][14], carbohydrate subfractions with the Cornell Net Carbohydrate and Protein System (CNCPS) [15,16], truly digestible nutrients (TDN) [14] and energy values [14,17 were presented [10,11]. The mean and variation (range and coefficient of variation) of the carbohydrate chemical compositions, carbohydrate subfractions, truly digestible nutrients, and energy values were summarized in Table 1.…”
Section: Forage Materials For Molecular Structure and Bio-function Asmentioning
confidence: 99%
“…Development Co. Ltd). The detailed methodology was reported [10]. The OMNIC 7.3 software (Spectra Tech., Madison, WI, USA) was used to analyze inherent structural carbohydrates (STCHO), cellulosic compounds (CELC) and total carbohydrates (TCHO) [18][19][20].…”
The objectives of this study were to: 1) investigate forage carbohydrate molecular structure profiles; 2) bio-functions in terms of CHO rumen degradation characteristics and hourly effective degradation ratio of N to OM (HED), and 3) quantify interactive association between molecular structures, bio-functions and nutrient availability. The vibrational molecular spectroscopy was applied to investigate the structure feature on a molecular basis. Two sourced-origin alfalfa forages were used as modeled forages. The results showed that the carbohydrate molecular structure profiles were highly linked to the bio-functions in terms of rumen degradation characteristics and hourly effective degradation ratio. The molecular spectroscopic technique can be used to detect forage carbohydrate structure features on a molecular basis and can be used to study interactive association between forage molecular structure and bio-functions.
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