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- Ruminal methanogens 瘤胃甲烷菌
- Were primordial methanogens up to the task? 原始的产甲烷菌足以担当这个重任吗？
- Toxicity of the effluent to methanogen was analyzed. 并对其废水对产甲烷菌的毒性进行了分析。
- Goats use rumen, reticulum and omasum to digest silage. 羊利用瘤胃、蜂巢胃、重瓣胃来消化草料。
- The rumen holds 160 liters of food and billions of microbes. 它们的瘤胃可容纳160升的食物，养育数十亿的微生物。
- The result shows that the tra ce metals has stimulation effect on methanogens. 结果表明，微量元素对乙酸盐为基质的甲烷菌有激活作用。
- The reactor has some zymogen and acetogen, but no methanogen bacteria. 反应器中有一定量的发酵菌和产乙酸菌，但无产甲烷菌。
- Rumen FAA and peptides concentration increased with the decrease of SC/NSC. 2 瘤胃内降解产生的FAA随SC/NSC下降而升高,瘤胃内释放的肽也呈现相似规律。
- The DCC method was used to study the rumen bacteria of water buffalo. 本试验应用DCC法对水牛瘤胃细菌进行测定。
- Calf starter is a crucial link to proper ruminal development and successfully weaning. 犊牛料与瘤胃的正常发育和成功断奶密切相关。
- Of these, we can identify anoxygenic phototrophs, sulphate reducers and methanogens. 从这些里面;我们可以辨认出无氧光合自营菌;硫酸盐还原菌;以及硝化细菌.
- The cow gets rid of the gases formed in the rumen by belching at frequent intervals. 牛靠经常的打嗝以释放瘤胃中形成的气体。
- Ruminal microbes play a major role in the degradation of forage cell walls in the rumen. 摘要牧草细胞壁在瘤胃内降解主要是瘤胃微生物起作用。
- Influence of eco environment on crude fibre resolvability of ruminal microbial flora in vitro culture. 主要生态环境变化对离体瘤胃菌丛降解粗纤维能力的影响
- Methane is produced naturally by bacteria called methanogens, which feed on plant and animal material in environments with no oxygen. 甲烷是由一种叫做产甲烷菌的细菌天然产生的,这种细菌以无氧环境中的植物和动物为食。
- Dynamic changes of ruminal fluid pH were more steady in treatments control and ZnSO4 than of Zn-Met. 就一个饲喂周期而言，对照组和ZnSO_4组pH值动态变化较为平缓，Zn-Met组波动幅度较大。
- There were minor improvements in the ruminal fermentation pattern when chopped forages were used. 采用铡碎饲草时，瘤胃发酵模式有微小改善。
- The present method in studying the distribution of methanogen is MPN(numbers of methanogen). 目前研究地层中产甲烷菌分布的主要技术方法是地层水中产甲烷菌记数法。
- Next, rumen outputs of amino acids are complemented with dietary sources that escape ruminal fermentation. 而且，在某些情况下产生的“潜在”效益可能会与在奶业生产中获得的利润同样多。
- Psychrophilic methanogens play a very important role in global carbon cycle, and attract more and more research interests. 摘要嗜冷产甲烷菌对于自然界的碳素循环具有非常重要的意义，近年来引起了国内外学者的广泛关注。
