molybdenosis

简明释义

英[məˌlɪb.dəˈnəʊ.sɪs]美[məˌlɪb.dəˈnoʊ.sɪs]

n. 钼中毒

英英释义

单词用法

同义词

反义词

例句

1.Therefore, the plasma TCA-insoluble Cu may be regarded as an initial indicator of sheep molybdenosis and the fleece Mo content as a monitor signal of environmental Mo contamination in general survey.

作者认为，血浆TCA不溶铜可作为绵羊钼过多症的早期特异性指标，毛钼含量可作为环境钼污染动物监测的普查指标。

2.Therefore, the plasma TCA-insoluble Cu may be regarded as an initial indicator of sheep molybdenosis and the fleece Mo content as a monitor signal of environmental Mo contamination in general survey.

作者认为，血浆TCA不溶铜可作为绵羊钼过多症的早期特异性指标，毛钼含量可作为环境钼污染动物监测的普查指标。

3.Symptoms of molybdenosis include joint pain and neurological issues in affected animals.

受影响动物的钼中毒症状包括关节疼痛和神经问题。

4.Veterinarians are trained to identify molybdenosis in livestock during health assessments.

兽医在健康评估中接受过识别钼中毒的培训。

5.The agricultural study revealed that high levels of molybdenum can lead to molybdenosis, a condition affecting livestock.

农业研究显示，过高的钼水平可能导致钼中毒，这是一种影响牲畜的疾病。

6.Farmers should monitor their soil for molybdenum content to prevent molybdenosis in crops.

农民应该监测土壤中的钼含量，以防止作物出现钼中毒。

7.Research on molybdenosis has increased due to its impact on animal husbandry practices.

由于对养殖实践的影响，关于钼中毒的研究有所增加。

作文

Molybdenosis is a term that refers to a rare condition caused by excessive accumulation of molybdenum in the body. Molybdenum is an essential trace mineral that plays a crucial role in various enzymatic processes, including the metabolism of sulfur-containing amino acids. However, when present in excessive amounts, it can lead to toxicity and health issues. Understanding the implications of molybdenosis is vital for both medical professionals and individuals who may be at risk of exposure to high levels of molybdenum.The primary sources of molybdenum are dietary intake and environmental exposure. Foods such as legumes, grains, and certain vegetables contain molybdenum; however, these levels are generally safe and beneficial. Problems arise when individuals are exposed to industrial sources of molybdenum, particularly in mining and manufacturing processes. Workers in these industries may inhale or ingest molybdenum dust, leading to an accumulation of the metal in their bodies, which can result in molybdenosis.Symptoms of molybdenosis can vary widely, but they often include neurological issues, joint pain, and gastrointestinal disturbances. In severe cases, it may lead to more serious conditions such as gout, as molybdenum interferes with the body's ability to metabolize uric acid. This interference can cause elevated levels of uric acid in the blood, leading to painful inflammation in the joints.Diagnosis of molybdenosis typically involves a combination of medical history evaluation, physical examination, and laboratory tests to measure molybdenum levels in the body. Once diagnosed, treatment may involve reducing exposure to molybdenum and managing symptoms through medications and lifestyle changes. It is essential for individuals in high-risk occupations to undergo regular health screenings to monitor molybdenum levels and prevent the development of molybdenosis.Prevention is key in addressing molybdenosis. Employers in industries where molybdenum exposure is a risk should implement strict safety protocols to minimize inhalation and ingestion of molybdenum dust. Additionally, educating workers about the potential risks and symptoms associated with molybdenosis can empower them to take proactive measures to protect their health.In conclusion, molybdenosis is a significant health concern linked to excessive molybdenum exposure, primarily in industrial settings. By understanding its causes, symptoms, and preventive measures, we can better protect individuals from this potentially debilitating condition. Awareness and education are crucial in mitigating the risks associated with molybdenosis, ensuring that those at risk can lead healthy lives free from the adverse effects of molybdenum toxicity.

铼中毒是一个术语，指的是由于体内铼的过量积累而导致的罕见疾病。铼是一种必需的微量矿物质，在多种酶促反应中发挥着关键作用，包括硫含氨基酸的代谢。然而，当铼的含量过高时，会导致毒性和健康问题。理解铼中毒的影响对于医疗专业人员和可能面临高水平铼暴露的个体至关重要。铼的主要来源是饮食摄入和环境暴露。豆类、谷物和某些蔬菜等食物中含有铼；然而，这些水平通常是安全和有益的。当个体接触到铼的工业来源时，问题就会出现，尤其是在采矿和制造过程中。这些行业的工人可能会吸入或摄入铼粉尘，导致体内铼的积累，从而引发铼中毒。铼中毒的症状可能差异很大，但通常包括神经系统问题、关节疼痛和胃肠道不适。在严重情况下，它可能导致更严重的疾病，如痛风，因为铼干扰了身体对尿酸的代谢能力。这种干扰可能导致血液中尿酸水平升高，从而引起关节的疼痛性炎症。铼中毒的诊断通常涉及医学史评估、体格检查和实验室测试，以测量体内铼的水平。一旦确诊，治疗可能涉及减少铼的暴露并通过药物和生活方式改变来管理症状。对于处于高风险职业的个体，定期进行健康筛查以监测铼水平并防止铼中毒的发展是至关重要的。预防是解决铼中毒的关键。在铼暴露风险较高的行业中，雇主应实施严格的安全协议，以尽量减少铼粉尘的吸入和摄入。此外，教育工人了解与铼中毒相关的潜在风险和症状，可以使他们采取积极措施保护自己的健康。总之，铼中毒是一个与铼过度暴露有关的重要健康问题，主要发生在工业环境中。通过理解其原因、症状和预防措施，我们可以更好地保护个体免受这种潜在致残疾病的影响。提高意识和教育对于减轻与铼中毒相关的风险至关重要，确保那些面临风险的人能够过上健康的生活，远离铼毒性的负面影响。