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ruminant造句

1. When food is in short supply, a ruminant can last longer than a nonruminant because it can derive more energy out of the same food.
当食物短缺时,反刍动物比非反刍动物寿命更长,因为反刍动物可以从同样的食物中获得更多的能量。

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2. The products of ruminant feed and cattle or sheep-derived feed from the enterprises and farms of 7 districts in Shaanxi province were detected by real-time PCR.
实时PCR对陕西省7个地市生产、经营和使用的反刍动物饲料产品和动物源性饲料产品(原料)进行了牛羊源成分检测调查。

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3. Effects of dietary fiber on intestinal mucosal morphology and epithelial cell turnover, mechanisms and digestive functions in non-ruminant animals were reviewed.
本文综述了日粮纤维对非反刍动物肠黏膜形态和上皮细胞更新的影响及其作用机理和对动物消化功能的影响。

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4. Pineapple waste has been widely used as fiber and energy source for feeding of ruminant livestock including cattle and buffaloes in many South-East Asian countries.
在亚洲东南部的许多国家,菠萝渣已被广泛用于反刍家畜包括肉牛和水牛纤维和能源饲料来源。

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5. The two experiments were carried out to study the effects of the different dosage of tannins on the protein degradability in Situ and on the protein protection in ruminant diets.
为了研究不同用量单宁对饲料蛋白质在瘤胃内降解率的影响及其对反刍家畜饲粮蛋白质保护的效果,本研究进行了两个试验。

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6. DDGS was first used in ruminant production. In recent years, there were also many reports related DDGS used in swine, chickens and other single stomach animal production industry.
DDGS最先用于反刍动物生产中,近年来,也有很多报道将DDGS用于猪、鸡等单胃动物生产行业。

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7. According to the basic nutrient characteristic of forage grass, this article generalize the achievement that utilize forage grass in ruminant and improve nutrient value of forage grass.
根据牧草的基本营养价值特性,综合了近年来人们对反刍家畜利用牧草及提高牧草营养价值的生物学研究成果。

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8. According to the characteristic of the ruminant protein and fat metabolism, Detailed explaining the influence of protein and fat level on the digestibility of crude fiber in ruminant diet.
本文根据反刍动物蛋白质、脂肪营养代谢的特点,较为详尽的阐述了日粮中蛋白质和脂肪水平对粗纤维消化率的影响。

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9. Through to ruminant livestock nutrition physiology the understanding, elaborated how enhances the feed protein and the nonprotein nitrogen in ruminant livestock production the use efficiency.
通过对反刍家畜营养生理的认识,阐述如何提高饲料蛋白质和非蛋白氮在反刍家畜生产中的利用效率。

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10. This paper introduced the classification and their forms of bacteria, fungi and protozoa and their application in ruminant animals, and described the relationship between tureen microorganisms.
文章主要论述了瘤胃内细菌、真菌和原虫的分类、存在形式及其在反刍动物中的应用等,并阐述了瘤胃微生物之间的相互关系。

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11. These technologies have proven successful in studying the rumen microflora, giving a better understanding of ruminant microflora populations, their functions and the influence of various factors.
这些技术证明是成功的研究瘤胃微生物区系,给予更好地了解反刍动物的微生物种群、职务和各种因素的影响。

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12. The rumen of ruminant was a complex micro ecosystem, which there was a dynamic balance that was both collaborative and constraints between rumen microorganisms and host, and also between microbes.
反刍动物瘤胃是一个复杂的微生态系统,瘤胃微生物与宿主之间、微生物与微生物之间处于一种既协同又制约的动态平衡关系。

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13. The measurement technique of methane emissions from ruminant livestock ushg SF6tracer method was described, which included the basic principle, instrument preparation and the experiment condition.
详细描述了用六氟化硫示踪法测定反刍动物甲烷排放的技术,包括基本原理、仪器准备和测试条件。

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14. The present invention relates to nourishing protein additive for ruminant, and is especially one kind of nourishing rumen-passing protected amino acid additive for ruminant and its production process.
本发明涉及一种反刍动物的蛋白质营养添加剂及生产该添加剂的方法,特别是涉及反刍动物的过瘤胃保护性氨基酸营养添加剂及生产该添加剂的方法。

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15. The present invention relates to nourishing protein additive for ruminant, and is especially one kind of nourishing rumen-passing protected amino acid additive for ruminant and its production process.
本发明涉及一种反刍动物的蛋白质营养添加剂及生产该添加剂的方法,特别是涉及反刍动物的过瘤胃保护性氨基酸营养添加剂及生产该添加剂的方法。

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