Genetic variation in rate and extent of the in situ cell wall degradation of maize stalks at silage harvest time

Barriere Y; Tovar Gomez MR; Emile JC; Sauvant D

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Genetic variation in rate and extent of the in situ cell wall degradation of maize stalks at silage harvest time

机译：青贮收获时玉米秸秆原位细胞壁降解速率和程度的遗传变异

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来源
《Agronomie》 |1998年第9期|共9页
作者
Barriere Y; Tovar Gomez MR; Emile JC; Sauvant D;
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原文格式 PDF
正文语种 eng
中图分类农业科学;
关键词
cell walls; degradation; maize; maize silage; carbohydrates; cattle feeding; cows; hybrids; lignification; lignin; models; digestibility; rumen digestion; cereals; Zea mays;

机译：细胞壁;降解;玉米;青贮玉米;碳水化合物;牛饲养;牛;杂种;木质化;木质素;模型;消化率;瘤胃消化;谷物;玉米;

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专利

1. Genetic variation in rate and extent of the in situ cell wall degradation of maize stalks at silage harvest time [J] . Barriere Y, Tovar Gomez MR, Emile JC, Agronomie . 1998,第8a9期

机译：青贮收获时玉米秸秆原位细胞壁降解速率和程度的遗传变异
2. Genetic variation in maize cell wall for lignin content, lignin structure, p-hydroxycinnamic acid content, and digestibility in set of 19 lines at silage harvest maturity. [J] . Riboulet C., Lefevre B., Denoue D., Maydica . 2008,第1期

机译：玉米细胞壁上木质素含量，木质素结构，对羟基肉桂酸含量以及青贮饲料成熟期的19个品系中消化率的遗传变异。
3. Genetic variation for organic matter and cell wall digestibility in silage maize. Lessons from a 34-year long experiment with sheep in digestibility crates. [J] . Barriere Y., Emile J C., Traineau R., Maydica . 2004,第2期

机译：青贮玉米中有机质和细胞壁消化率的遗传变异。来自长达34年的可消化板条箱绵羊实验的经验教训。
4. The influence of rumen fluid pH on the rate and extent of maize silage and wheat straw degradation estimated in vitro using the reading pressure technique [C] . F.L. Mould, R.M.Mauricio, T. Smith Annual Meeting of the British Society of Animal Science . 2000

机译：瘤胃流体pH对玉米青贮饲料和小麦秸秆降解的影响，使用读取压力技术估算
5. Effect of degradable intake protein, harvest management, physical processing and genetics on utilization of corn, barley and whole-plant corn silage by beef cattle. [D] . Kennington, Lance Robert. 2002

机译：可降解摄入蛋白，收获管理，物理加工和遗传因素对肉牛利用玉米，大麦和全株青贮玉米的影响。
6. Water Deficit-Responsive QTLs for Cell Wall Degradability and Composition in Maize at Silage Stage [O] . Laëtitia Virlouvet, Fadi El Hage, Yves Griveau, -1

机译：青贮期玉米亏水响应性QTLs对玉米细胞壁降解性和组成的影响
7. Genetic variation in rate and extent of the in situ cell wall degradation of maize stalks at silage harvest time [O] . Yves Barrière, Maria-Rosario Tovar-Gómez, Jean-Claude Émile, 1998

机译：青贮收获时间玉米秸秆岩土壁落叶率和程度的遗传变异

Genetic variation in rate and extent of the in situ cell wall degradation of maize stalks at silage harvest time

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