2020年斯里兰卡开放大学理科学士新生对人畜共患疾病的认识

Vidyani S. Kulatunga, Shehani Fernando, U. Jayawardena, C. Jayasinghe
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引用次数: 0

摘要

随着2020年COVID-19大流行的出现,全球对人畜共患疾病的关注已经转向,因为它们是可以从动物传播给人类的传染病,对公共卫生构成重大威胁。本研究利用了2020年斯里兰卡开放大学一组新学士学位注册人(N=267)对常见人畜共患疾病的认识。在2020年12月的一次虚拟培训会上,对参与者进行了一项横断面研究,使用了结构化的在线问卷。采用Pearson卡方检验(χ2)评价差异有统计学意义,p<0.05。调查显示,在所有受访者中,89.9%的人知道动物感染人的人畜共患疾病,77.9%的人知道人畜共患疾病可通过直接接触感染动物传染给人,75.3%的人知道人畜共患疾病可通过食用感染动物的生肉传染。82.4%和86.1%的受访者认为人畜共患疾病可以治疗和预防,85.4%的受访者认为人畜共患疾病可以控制。大多数受访者知道狂犬病、Covid - 19、疟疾、登革热和SARS是人畜共患疾病,女性受访者认为戊型肝炎是人畜共患疾病的比例较高。与其他学科相比,研究生物科学的学生发现了牛结核病。24岁以下的应答者认为炭疽和钩端螺旋体病、非典型肺炎和旋毛虫病是人畜共患疾病。郊区学生将埃博拉病毒病、贾第虫病和戊型肝炎识别为人畜共患疾病的倾向较高。城市和郊区的学生更倾向于在抚摸动物后彻底洗手。宠物主人只认为贾第虫病是一种人畜共患疾病,并同意避免与动物直接接触、避免在室内饲养宠物和将宠物粪便丢弃在适当的地方是避免人畜共患疾病传播的良好做法。大多数受访者认为,预防人畜共患疾病的措施包括:避免食用生肉、避免食用未经清洗的新鲜水果和蔬菜、避免与动物直接接触、避免在室内饲养宠物、定期为宠物接种疫苗、适当排放动物粪便、抚摸动物后彻底洗手。总的来说,这项研究表明,新登记的人对人畜共患疾病的认识水平是令人满意的。由此推测,可以对学生进行有关人畜共患疾病预防和控制措施的教育。预期学生将发展预防和控制疾病所需的基本生活技能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Awareness of Zoonotic Diseases among the Bachelor of Science New Entrants at the Open University of Sri Lanka in 2020
Global attention towards zoonotic diseases has been oriented with the emergence of the COVID-19 pandemic in 2020 as they are infectious diseases that can be transmitted from animals to humans, and they pose a significant threat to public health. This study draws on the awareness of a group of new BSc degree registrants (N=267) at The Open University of Sri Lanka in 2020 about common zoonotic diseases. A cross-sectional study was employed for the participants in a virtual orientation session in December 2020 using a structured online questionnaire. Pearson Chi-square test (χ2) was used evaualte statistical significance at p<0.05. The survey reveals that from the total respondents, 89.9% were aware of zoonotic diseases in humans by animals, 77.9% are aware that zoonotic diseases can be transmitted to humans by direct contact with infected animals and 75.3% knew that zoonotic diseases can be transmitted by eating raw meat of infected animals. Further, 82.4% and 86.1% of respondents agreed that zoonotic diseases could be treated and prevented while 85.4% agreed that zoonotic diseases could be controlled. The majority of the respondents were aware of Rabies, Covid 19, Malaria, Dengue fever and SARS as zoonotic diseases and a higher proportion of female respondents identified Hepatitis E as a zoonotic disease. Bovine tuberculosis was identified by students who studied biological sciences compared to other streams. Respondents below 24 years of age identified Anthrax and Leptospirosis, SARS and Trichinellosis as zoonotic diseases than other age categories. Students in suburban areas had a higher tendency to identify Ebola virus disease, Giardiasis, and Hepatitis E as zoonotic diseases. Urban and suburban students had a higher tendency to wash their hands thoroughly after petting the animals. Pet owners only identified Giardiasis as a zoonotic disease and agreed that avoiding direct contact with animals, avoidance of rearing pets indoors and discarding pet faeces in a proper place as good practices to avoid the transmission of zoonoses. Most of the respondents agreed that zoonotic diseases could be prevented by avoiding eating raw meat, avoiding eating unwashed fresh fruits and vegetables, avoiding direct contact with animals, avoiding rearing pets indoors, regular vaccination of pets, proper discharge of animal faeces, washing the hands thoroughly after petting the animals. Overall, this study revealed that the level of awareness about zoonotic diseases among the new BSc registrants was satisfactory. It is inferred that the students could be more educated about the preventive and control measures for zoonotic diseases. It is expected that students will develop essential life skills that are required for the prevention and control of diseases.
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