enzootic

简明释义

英[ˌenzəʊˈɒtɪk]美[ˌenzoʊˈɑːt̬ɪk]

adj. [兽医] 地方性动物病的

n. 地方性动物病

英英释义

单词用法

同义词

反义词

例句

1.Methods 180 patients with combined-periodontal lesions were trusted with the combination of enzootic treatment and periodontal treatment.

方法180例牙周牙髓联合病变患者，对其进行临床对症治疗。

2.Methods 180 patients with combined-periodontal lesions were trusted with the combination of enzootic treatment and periodontal treatment.

方法180例牙周牙髓联合病变患者，对其进行临床对症治疗。

3.These results indicate that progression of enzootic bovine leucosis is closely related to expression of P53 protein in tumorous tissues.

提示，流行性牛白血病的发生与肿瘤组织中P 53蛋白表达有重要关系。

4.The region has been experiencing an enzootic 地方性动物病 of brucellosis among livestock.

该地区一直在经历一种牛羊布鲁氏菌病的enzootic 地方性动物病。

5.Veterinarians are monitoring the enzootic 地方性动物病 patterns to control the spread of the disease.

兽医们正在监测enzootic 地方性动物病的模式，以控制疾病的传播。

6.Understanding enzootic 地方性动物病 dynamics is crucial for wildlife conservation efforts.

理解enzootic 地方性动物病的动态对野生动物保护工作至关重要。

7.The enzootic 地方性动物病 of Lyme disease is prevalent in certain areas due to the high tick population.

由于蜱虫数量众多，某些地区的enzootic 地方性动物病莱姆病非常流行。

8.Research indicates that the enzootic 地方性动物病 transmission is influenced by environmental factors.

研究表明，enzootic 地方性动物病的传播受环境因素的影响。

作文

In the field of veterinary medicine and wildlife biology, the term enzootic refers to a disease or condition that is consistently present within a specific animal population in a particular geographic area. This concept is crucial for understanding how diseases spread among animals and their potential impact on public health. For instance, certain regions may have endemic diseases that affect livestock, wildlife, or even pets. The study of enzootic diseases helps veterinarians and biologists devise strategies to manage and control outbreaks, ensuring both animal and human health are safeguarded. One prominent example of an enzootic disease is brucellosis, which affects cattle and can be transmitted to humans. In areas where brucellosis is common, farmers and ranchers must take precautions to prevent the spread of this disease. Vaccination programs and regular testing of livestock are essential practices that help control the enzootic nature of brucellosis in cattle populations. Understanding the dynamics of such diseases allows for better resource allocation and more effective management plans. The implications of enzootic diseases extend beyond the animal kingdom; they can have significant economic impacts as well. For example, an outbreak of an enzootic disease can lead to trade restrictions, loss of livestock, and increased veterinary costs. Farmers may face financial hardships due to decreased productivity and the need for costly interventions. Therefore, monitoring enzootic diseases is not only vital for animal welfare but also for the economic stability of agricultural communities. Moreover, the relationship between enzootic diseases and environmental changes cannot be overlooked. Climate change, habitat destruction, and urbanization can alter the transmission dynamics of these diseases. As animal populations migrate or adapt to new environments, previously enzootic diseases may emerge in new areas, affecting both wildlife and domestic animals. This shift can lead to unforeseen challenges for public health officials and veterinarians alike, who must be prepared to respond to new threats. Furthermore, public awareness about enzootic diseases is crucial in preventing their spread. Education campaigns aimed at farmers, pet owners, and the general public can promote practices that mitigate risks associated with these diseases. For instance, encouraging responsible pet ownership, proper vaccination, and biosecurity measures on farms can significantly reduce the incidence of enzootic diseases. In conclusion, the concept of enzootic diseases plays a pivotal role in veterinary science, public health, and environmental management. By understanding the characteristics and implications of these diseases, we can better protect animal populations and, by extension, human health. Ongoing research and surveillance are essential to address the challenges posed by enzootic diseases, particularly in the face of changing environmental conditions. Through collaboration among scientists, veterinarians, and policymakers, we can develop effective strategies to manage and control enzootic diseases, ensuring a healthier future for both animals and humans.

在兽医学和野生动物生物学领域，术语enzootic指的是在特定地理区域内某一特定动物种群中持续存在的疾病或状况。这个概念对于理解疾病在动物之间的传播及其对公共健康的潜在影响至关重要。例如，某些地区可能有影响家畜、野生动物甚至宠物的地方性疾病。对enzootic疾病的研究帮助兽医和生物学家制定管理和控制疫情的策略，确保动物和人类健康得到保障。 一个显著的enzootic疾病例子是布鲁氏菌病，它影响牛并可能传播给人类。在布鲁氏菌病常见的地区，农民和牧场主必须采取预防措施以防止该疾病的传播。疫苗接种计划和定期检测家畜是控制牛群中布鲁氏菌病enzooticenzootic疾病的影响不仅限于动物王国；它们还可能对经济产生重大影响。例如，enzootic疾病的爆发可能导致贸易限制、牲畜损失和兽医费用增加。由于生产力下降和需要昂贵干预措施，农民可能面临财务困境。因此，监测enzootic疾病不仅对动物福利至关重要，而且对农业社区的经济稳定也至关重要。 此外，enzootic疾病与环境变化之间的关系不可忽视。气候变化、栖息地破坏和城市化可能会改变这些疾病的传播动态。随着动物种群迁移或适应新环境，以前的enzootic疾病可能会在新地区出现，影响野生动物和家养动物。这种转变可能给公共卫生官员和兽医带来意想不到的挑战，他们必须准备应对新的威胁。 此外，提高公众对enzootic疾病的认识对于防止其传播至关重要。针对农民、宠物主人和公众的教育活动可以促进减轻与这些疾病相关风险的做法。例如，鼓励负责任的宠物饲养、适当的疫苗接种和农场生物安全措施可以显著减少enzootic疾病的发生。 总之，enzootic疾病的概念在兽医科学、公共卫生和环境管理中发挥着关键作用。通过理解这些疾病的特征和影响，我们可以更好地保护动物种群，从而保护人类健康。面对不断变化的环境条件，持续的研究和监测对于应对enzootic疾病带来的挑战至关重要。通过科学家、兽医和政策制定者之间的合作，我们可以制定有效的策略来管理和控制enzootic疾病，确保动物和人类的未来更加健康。