monogastric

简明释义

英[ˌmɒnəˈɡæstrɪk]美[ˌmɒnəˈɡæstrɪk]

adj. 单胃的；（肌肉）单腹的

英英释义

单词用法

同义词

反义词

例句

1.Regulatory action is reflected in concurrent demands by customers of the swine and poultry industries to produce monogastric livestock without the use of antibiotics.

监管行动同时体现了消费者对猪和家禽单胃动物食品生产中不使用抗生素的诉求。

2.This article summarizes Nylon Bag Technique to evaluate monogastric animal feed nutritional value and the influence determination result factor aspect research progress.

本文就尼龙袋技术在单胃动物饲料的营养价值评定及影响测定结果的因素方面的研究进展作一综述。

3.Oligosaccharides often can not be digested by ferment produced by monogastric animals. but it can be digested by ferment produced by microorganism living in intestine.

寡聚糖一般不能被单胃动物自身分泌的消化酶消化，但能被消化道后部微生物产生的酶分解。

4.Two trials were conducted to investigate the effects of the same NSP enzymes on two different monogastric animals.

本研究设计了两个子试验，研究同一NSP复合酶在不同品种的单胃动物中的应用效果。

5.This article summarizes Nylon Bag Technique to evaluate monogastric animal feed nutritional value and the influence determination result factor aspect research progress.

本文就尼龙袋技术在单胃动物饲料的营养价值评定及影响测定结果的因素方面的研究进展作一综述。

6.The metabolism of dietary fiber and its effect on gut health in young monogastric animals were reviewed in the paper.

本文综述了日粮纤维的代谢及对幼龄单胃动物消化功能的影响。

7.Pigs are classified as monogastric animals, which means they have a single-chambered stomach.

猪被归类为单胃动物，这意味着它们有一个单腔的胃。

8.Unlike ruminants, monogastric animals do not have the ability to ferment plant material in their stomachs.

与反刍动物不同，单胃动物无法在其胃中发酵植物材料。

9.In veterinary medicine, knowing whether an animal is monogastric can influence treatment options.

在兽医学中，知道一种动物是否是单胃的可以影响治疗选择。

10.Understanding the monogastric digestive system is crucial for formulating proper diets for pets.

理解单胃消化系统对制定合适的宠物饮食至关重要。

11.Chickens are also considered monogastric creatures, requiring specific nutrients in their diet.

鸡也被视为单胃生物，需要饮食中的特定营养素。

作文

The term monogastric refers to animals that possess a single-chambered stomach. This physiological characteristic is significant in the field of animal nutrition and agriculture, as it influences how these animals digest food and absorb nutrients. Common examples of monogastric animals include pigs, horses, and humans. Unlike ruminants, which have multi-chambered stomachs designed for breaking down fibrous plant materials, monogastric animals have a simpler digestive system that primarily processes grains and other easily digestible foods. Understanding the digestive process in monogastric animals is crucial for farmers and animal nutritionists. These animals typically require a diet rich in carbohydrates, proteins, and fats to maintain optimal health and productivity. For instance, pigs thrive on a diet that includes corn, soybeans, and vitamins, which provide the necessary energy and nutrients for growth. The efficiency of nutrient absorption in monogastric animals can be significantly affected by the composition of their diet. Therefore, it is essential to formulate balanced diets that cater to their specific nutritional needs.Another important aspect of monogastric digestion is the role of enzymes. Since these animals lack the ability to ferment fibrous plant material like ruminants, they rely heavily on digestive enzymes to break down food into absorbable nutrients. For example, the enzyme amylase helps in the breakdown of starches into sugars, while proteases are responsible for breaking down proteins into amino acids. This enzymatic activity is vital for the efficient utilization of feed, highlighting the need for appropriate dietary formulations that enhance enzyme function.In addition to nutrition, the monogastric digestive system also has implications for waste management. Because they produce different types of manure compared to ruminants, understanding the waste output of monogastric animals is important for environmental sustainability. Farmers must implement effective waste management strategies to minimize the impact of livestock production on the environment. This includes practices such as composting and utilizing manure as fertilizer, which can help recycle nutrients back into the soil.Moreover, the health of monogastric animals can be influenced by their diet and digestive efficiency. Issues such as gastrointestinal disorders can arise if these animals are fed improperly balanced diets or if they consume contaminated feed. Regular monitoring of their health and dietary intake is essential for preventing such problems. Additionally, advancements in veterinary science have led to improved methods for diagnosing and treating digestive issues in monogastric animals, ensuring their well-being and productivity.In conclusion, the concept of monogastric animals encompasses various aspects of animal husbandry, including nutrition, digestion, waste management, and health. By understanding the unique characteristics of monogastric digestive systems, farmers and nutritionists can develop better feeding strategies and management practices that promote the health and productivity of these animals. As the demand for animal products continues to rise, optimizing the care and feeding of monogastric animals will play a crucial role in sustainable agriculture and food security.

术语monogastric指的是具有单腔胃的动物。这一生理特征在动物营养和农业领域中具有重要意义，因为它影响这些动物消化食物和吸收营养的方式。常见的monogastric动物包括猪、马和人类。与具有多腔胃的反刍动物不同，monogastric动物的消化系统较为简单，主要处理谷物和其他易于消化的食物。理解monogastric动物的消化过程对农民和动物营养师至关重要。这些动物通常需要富含碳水化合物、蛋白质和脂肪的饮食，以维持最佳健康和生产力。例如，猪在包括玉米、大豆和维生素的饮食中茁壮成长，这些食物提供了生长所需的能量和营养。monogastric动物的营养吸收效率可能会受到饮食成分的显著影响。因此，制定满足其特定营养需求的平衡饮食至关重要。另一个重要方面是酶在monogastric消化中的作用。由于这些动物缺乏像反刍动物那样发酵纤维植物材料的能力，它们在很大程度上依赖消化酶来将食物分解为可吸收的营养物质。例如，淀粉酶有助于将淀粉分解为糖，而蛋白酶负责将蛋白质分解为氨基酸。这种酶的活动对于饲料的有效利用至关重要，强调了制定适当的饮食配方以增强酶功能的必要性。除了营养外，monogastric消化系统还对废物管理产生影响。由于它们产生的粪便类型与反刍动物不同，因此了解monogastric动物的废物排放对于环境可持续性至关重要。农民必须实施有效的废物管理策略，以尽量减少畜牧生产对环境的影响。这包括堆肥和利用粪便作为肥料等实践，有助于将营养物质循环回土壤。此外，monogastric动物的健康也可能受到饮食和消化效率的影响。如果这些动物摄入不平衡的饮食或污染的饲料，就可能出现胃肠道疾病。定期监测它们的健康和饮食摄入对预防此类问题至关重要。此外，兽医学的进步导致了更好的方法，用于诊断和治疗monogastric动物的消化问题，从而确保它们的健康和生产力。总之，monogastric动物的概念涵盖了动物饲养的各个方面，包括营养、消化、废物管理和健康。通过理解monogastric消化系统的独特特征，农民和营养师可以制定更好的饲养策略和管理实践，以促进这些动物的健康和生产力。随着对动物产品需求的持续上升，优化monogastric动物的饲养和护理将在可持续农业和粮食安全中发挥关键作用。