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Carbohydrate and protein fractions, nutritive value and energetic efficiency in different sorghum accessions

机译:碳水化合物和蛋白质级分,营养价值和大高粱加入中的能量效率

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Under sorghum breeding programme, 19 accessions (IC-355466 to IC-355484) along with 2 national checks (CSV 15 and SSG59-3) grown under identical agronomic conditions and harvested at 50 % flowering stage, were screened for their crude protein (CP), fiber contents, carbohydrate fractions, protein fractions, methane production and palatability attributes. Accessions mean CP and ether extract contents were 7.68 and 1.65%, respectively. Accessions NDF, ADF, cellulose and lignin ranged between 62.94-75.14, 38.31-50.45, 29.09-34.63 and 5.51-12.42%, respectively. Sorghum accessions mean value for moderately degradable protein fraction (PB2) was 32.32% of CP and lignin bound protein fraction (Pc) was 1.21% of CP. Slowly degradable cell wall carbohydrate fraction (C-B2) and intermediately degradable carbohydrate fraction (CO contents were 52.5 and 0.67% of CHO, respectively in the accessions. Sorghum accessions differed (P<0.05) in methane production and ranged between 90.4 to 99.13 g/kg DDM. Intake, IVDMD and relative feed values of accessions differed significantly (P<0.05). Accessions energetic efficiency mean values for lactation (NEL), maintenance (NEM) and gain (NEB) were 1.09, 1.14 and 0.421 Kcal/g, respectively. Sorghum accessions IC-355475, IC-355479 and IC-355483 were rich in protein, low to medium in fiber, NDIP and SC, high in TDN, DMI, RFV and low in methane production.
机译:在高粱养殖计划下,在相同的农艺条件下,19种附加(IC-355466至IC-355484)以及2个国家检查(CSV 15和SSG59-3),并筛选在50%开花阶段以50%开花阶段收获(CP) ),纤维内容物,碳水化合物馏分,蛋白质级分,甲烷产生和适得的属性。进化分别为CP和乙醚提取物含量分别为7.68和1.65%。进入NDF,ADF,纤维素和木质素,分别在62.94-75.14,38.31-50.45,29.09-34.63和5.51-12.42%之间。高粱加入为中度可降解蛋白质级分(PB2)的平均值为32.32%的Cp和木质素结合蛋白质级分(PC)为1.21%的Cp。缓慢可降解的细胞壁碳水化合物级分(C-B2)和中间可降解的碳水化合物馏分(CO含量为52.5和0.67%的CHO。甲烷生产中的高粱含量不同(P <0.05),范围为90.4至99.13g / kg DDM。进气,IVDMD和附加的相对进料值显着不同(P <0.05)。加入能量效率平均值(NEL),维护(NEM)和增益(NEB)为1.09,1.14和0.421 kcal / g分别。高粱加入IC-355475,IC-355479和IC-355483富含蛋白质,低至纤维,NDIP和SC,高于TDN,DMI,RFV和低甲烷生产中的培养基。

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