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In vitro digestion and fermentation characteristics of tropical ingredients, co-products and by-products with potential use in diets for rabbits

机译:对热带成分,共同产品和副产品的体外消化和发酵特征,潜在地用于兔子的饮食

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The objective of this work was to evaluate and classify 16 tropical ingredients, co-products and by-products with potential use in rabbit feeding. We evaluated alfalfa hay, maize, wheat bran, soybean meal, crumbled maize with straw and cob (CMSC), soybean hull, citrus pulp, sugarcane bagasse, coffee husk, macauba seed cake meal (Acrocomia aculeata; MSCM), desmanthus hay (Desmanthus virgatus), sicklepod hay (Senna obtusifolia), neem hay (Azadirachta indica), Sodom apple hay (Calotropis procera), Barbados gooseberry hay (Pereskia aculeata) and moringa hay (Moringa oleifera). Chemically, were quantified dry matter (DM), crude protein (CP), ether extract (EE), neutral detergent fiber (aNDF), acid detergent fiber (ADF) and their nitrogen content (NDIN and ADIN, respectively), lignins, hemicelluloses, cellulose and non-fiber carbohydrates (NFC). Were evaluated the in vitro digestibility (ivDMdig) and degradability (ivDMdeg) of DM, and fermentation parameters, maximum amount of gas produced (B, mL/g DM), specific rate of gas production (C), decay of the specific rate of gas production (A), maximum fermentation rate (MFR, mL/h), time for maximum fermentation rate (TMFR, h) and latency time (LAG, h), using caecal inoculum for the in vitro evaluations. Were performed the hierarchical clustering on principal components (HCPC) of the data collected in the in vitro evaluations and obtained the matrix containing Pearson's correlation coefficients between the chemical composition and the in vitro parameters. The values of DM, CP, Ash, EE, aNDF, ADF, lignins, hemicelluloses, cellulose, NDIN, ADIN, GE and NFC ranged from 857 to 906 g/kg, 22.9-552 g/kg DM, 7.0-153 g/kg, 5.26-136 g/kg DM, 204-697 g/kg DM, 20.6-493 g/kg DM, 2.27-226 g/kg DM, 73-443 g/kg DM, 18.3-437 g/kg DM, 25.3-395 g/kg CP, 19.9-227 g/kg CP, 13.3-21.7 MJ/kg and 38.9-690 g/kg, respectively. The results for ivDMdig, ivDMdeg, B, C, A, TMFR, MFR and LAG ranged from 0.21 to 0.84, 0.22 a 0.67, 79.9-348 mL/g DM, 2.75-4.44, 0.08 to 0.30, 8.58-38.8 h, 2.99-9.32 mL/h and 0.07-6.51 h, respectively. The results of the HCPC analysis determined the classification of the feeds into four groups: Group I contain sugarcane bagasse, coffee husk and citrus pulp; Group II contain soybean hull, desmanthus hay, MSCM, moringa hay and Barbados gooseberry hay; Group III contain alfalfa hay, Sodom apple hay, soybean meal, wheat bran, sicklepod hay and neem hay and Group IV contain maize and CMCS.
机译:这项工作的目的是评估和分类16种热带成分,共同产品和副产品,潜在的兔子喂养。我们评估了苜蓿干草,玉米,小麦麸皮,大豆餐,用稻草和玉米棒(CMSC),大豆,柑橘纸浆,甘蔗花蛋白,咖啡壳,麦瓜瓜种子蛋糕粉(辅助Aculeata; MSCM),Desmanthus Hay(Desmanthus Virgatus),Sicklepod Hay(Senna obtusifolia),Neem Hay(Azadirachta indica),Sodom Apple Hay(Calotropis Procera),Barbados鹅莓干草(Pereskia Aculeata)和Moringa Hay(辣木oleifera)。化学上,定量干物质(DM),粗蛋白质(CP),醚提取物(EE),中性洗涤剂纤维(ANDF),酸洗涤剂纤维(ADF)及其氮含量(分别为含萘啶),木质素,半纤维素,纤维素和非纤维碳水化合物(NFC)。评估了DM的体外消化率(IVDMDIG)和可降解性(IVDMDEG),以及发酵参数,产生的最大气体量(B,ML / G DM),净化速率(C),衰减的具体速率天然气生产(A),最大发酵速率(MFR,MR / H),最大发酵速率(TMFR,H)和潜伏时间(延迟时间(延迟,H),用于体外评估。在体外评估中收集的数据的主成分(HCPC)上进行分层聚类,并获得了含有Pearson之间的化学成分和体外参数之间的Pearson相关系数的基质。 DM,Cp,灰,ee,andf,adf,木质素,半纤维素,纤维素,ndin,adin,ge和nfc的值范围从857〜906g / kg,22.9-552g / kg DM,7.0-153g /千克,5.26-136克/克,204-697克/克DM,20.6-493克/克DM,2.27-226克/克DM,73-443 G / kg DM,18.3-437 g / kg DM, 25.3-395 g / kg cp,19.9-227 g / kg CP,13.3-21.7 mj / kg和38.9-690g / kg。 IVDMDIG,IVDMDEG,B,C,A,TMFR,MFR和滞后的结果范围为0.21至0.84,0.22A 0.67,79.9-348ml / g DM,2.75-4.44,0.08至0.30,8.58-38.8H,2.99 -9.32ml / h分别和0.07-6.51 h。 HCPC分析的结果确定了进料的分类为四组:含有甘蔗甘蔗,咖啡壳和柑橘纸浆;第II族含有大豆船体,Desmanthus Hay,MSCM,Moringa Hay和Barbados鹅莓干草;第三组含有苜蓿干草,亚太苹果干草,大豆粉,小麦麸皮,镰刀荚和Neem Hay和IV组含有玉米和CMC。

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