filarial

简明释义

英[fɪˈleərɪəl]美[fɪˈleərɪəl]

adj. 丝虫的

英英释义

单词用法

同义词

反义词

例句

1.Since 1992, 1027 culex pipiens quinquefascidtus were dissected in longitudinal surveillance and 8370 were dissected in cross sectional surveillance, but no natural filarial infection was found.

主要传播媒介致倦库蚊1992年以后解剖检查，纵向监测解剖1027只，横向监10个点解剖8370只，均未发现幼丝虫自然感染蚊。

2.Since 1992, 1027 culex pipiens quinquefascidtus were dissected in longitudinal surveillance and 8370 were dissected in cross sectional surveillance, but no natural filarial infection was found.

主要传播媒介致倦库蚊1992年以后解剖检查，纵向监测解剖1027只，横向监10个点解剖8370只，均未发现幼丝虫自然感染蚊。

3.It is an effective method for the diagnosis of filarial infections and might be used for the field surveillance of filariasis instead of the conventional microscope examination of blood.

是诊断丝虫感染的有效方法，可取代微丝蚴血检用于现场的人群丝虫病监测。

4.Lymphatic filariasis is caused by infection with nematodes (round worms) of the family Filariodidea. There are three types of these thread-like filarial worms.

淋巴丝虫病的发病是因感染丝虫目线虫(圆形)引起。

5.With more than 40% of prolonged cure rate, silver nitrate irrigation of renal pelvis remains as a simple but efficient method in treating filarial chyluria.

硝酸银冲洗肾盂仍为治疗丝虫性乳糜尿的一种简易而有效的方法。

6.ObjectiveTo study the diagnosis and treatment for filarial chyle peritonitis complicated with toxic shock.

目的探讨丝虫性乳糜性腹膜炎合并中毒性休克的诊治要点。

7.Conclusion This was an ideal method to be used in filarial infection surveillance.

结论该技术是监测丝虫感染的理想方法。

8.No natural filarial infection was found in 5771 Anopheles sinensis.

解剖中华按蚊5771只，未发现幼丝虫。

9.Other species of filarial worm include Onchocerca volvulus.

丝虫的其它种类包括旋盘尾丝虫。

10.The patient was diagnosed with a filarial 丝虫病 infection after traveling to an endemic region.

患者在前往流行地区后被诊断为感染了丝虫病。

11.Preventive measures are essential to control filarial 丝虫病 in affected communities.

在受影响的社区，预防措施对控制丝虫病至关重要。

12.The research focused on the life cycle of filarial 丝虫 parasites.

这项研究集中在丝虫寄生虫的生命周期上。

13.Symptoms of filarial 丝虫病 include swelling and pain in the limbs.

丝虫病的症状包括四肢肿胀和疼痛。

14.The distribution of filarial 丝虫 infections is influenced by climate and geography.

气候和地理影响丝虫感染的分布。

作文

Filarial diseases are a group of infectious diseases caused by parasitic worms known as filariae. These worms are transmitted to humans through the bites of infected mosquitoes or other arthropods. The term filarial (丝虫的) refers specifically to these types of infections that can lead to severe health complications. One of the most common filarial (丝虫的) diseases is lymphatic filariasis, which affects millions of people globally. This disease is characterized by the swelling of limbs and genitals, leading to a condition known as elephantiasis. The social stigma associated with this visible deformity often results in significant psychological distress for those affected. In addition to lymphatic filariasis, there are other filarial (丝虫的) diseases such as onchocerciasis, also known as river blindness, which is caused by the parasitic worm Onchocerca volvulus. This disease is transmitted by blackflies and can lead to severe itching, skin lesions, and even blindness. The impact of filarial (丝虫的) infections extends beyond physical health; they also affect economic stability and quality of life for many individuals in endemic regions. Preventing filarial (丝虫的) diseases requires a multifaceted approach. Public health initiatives focus on controlling the populations of the vectors that transmit these parasites. For instance, insecticide-treated bed nets and indoor residual spraying are effective strategies to reduce mosquito populations and minimize the risk of transmission. Additionally, mass drug administration programs have been implemented in several countries to reduce the prevalence of filarial (丝虫的) infections. These programs distribute medications that can kill the adult worms and prevent the transmission of the disease to others. Despite these efforts, challenges remain in the fight against filarial (丝虫的) diseases. Limited access to healthcare in remote areas, lack of awareness about the diseases, and the stigma attached to the symptoms can hinder prevention and treatment efforts. Furthermore, climate change poses a threat to the control of filarial (丝虫的) diseases, as it can alter the habitats of vectors and potentially expand the geographical range of these infections. Research continues to play a vital role in understanding and combating filarial (丝虫的) diseases. Scientists are exploring new treatments and vaccines that could provide long-lasting protection against these infections. Education and community engagement are also crucial in raising awareness about filarial (丝虫的) diseases, helping communities recognize symptoms early and seek treatment promptly. In conclusion, filarial (丝虫的) diseases represent a significant public health challenge, particularly in tropical and subtropical regions. The impact of these infections goes beyond physical health, affecting the emotional and economic well-being of individuals and communities. Through continued research, effective public health interventions, and community education, we can work towards reducing the burden of filarial (丝虫的) diseases and improving the quality of life for those affected.

丝虫病是一组由寄生虫丝虫引起的传染病。这些寄生虫通过被感染的蚊子或其他节肢动物叮咬传播给人类。术语filarial（丝虫的）特指这些类型的感染，可能导致严重的健康并发症。最常见的filarial（丝虫的）疾病之一是淋巴丝虫病，全球有数百万人受到影响。这种疾病的特征是四肢和生殖器的肿胀，导致一种称为象皮病的情况。与这种明显畸形相关的社会污名通常会给受影响者带来显著的心理压力。 除了淋巴丝虫病，还有其他filarial（丝虫的）疾病，如河盲病，也称为盲肠病，由寄生虫Onchocerca volvulus引起。这种疾病通过黑蝇传播，可能导致严重的瘙痒、皮肤损伤甚至失明。filarial（丝虫的）感染的影响超出了身体健康；它们还影响了许多地方的经济稳定和生活质量。 预防filarial（丝虫的）疾病需要多方面的方法。公共卫生倡议集中在控制传播这些寄生虫的媒介的种群。例如，杀虫剂处理的蚊帐和室内残留喷洒是有效的策略，可以减少蚊子种群并最小化传播风险。此外，在几个国家实施了大规模药物管理计划，以减少filarial（丝虫的）感染的流行。这些计划分发可以杀死成虫并防止疾病传播给他人的药物。 尽管做出了这些努力，但在抗击filarial（丝虫的）疾病的斗争中仍然存在挑战。偏远地区有限的医疗保健、对疾病缺乏认识以及与症状相关的污名可能会阻碍预防和治疗工作。此外，气候变化对控制filarial（丝虫的）疾病构成威胁，因为它可能改变媒介的栖息地，并可能扩大这些感染的地理范围。 研究继续在理解和对抗filarial（丝虫的）疾病中发挥重要作用。科学家们正在探索新的治疗方法和疫苗，以提供对这些感染的长期保护。教育和社区参与对于提高对filarial（丝虫的）疾病的认识至关重要，帮助社区早期识别症状并及时寻求治疗。 总之，filarial（丝虫的）疾病代表了一个重大的公共卫生挑战，特别是在热带和亚热带地区。这些感染的影响不仅限于身体健康，还影响个人和社区的情感和经济福祉。通过持续的研究、有效的公共卫生干预和社区教育，我们可以努力减少filarial（丝虫的）疾病的负担，提高受影响者的生活质量。