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Urino – genital trichomoniasis and Human Immuno – Deficiency Virus concurrent infection in Adamawa State, Nigeria

机译:尿液–生殖器滴虫和人类免疫缺陷病毒并发感染,尼日利亚阿达玛瓦州

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Opportunistic infections are some of the critical complications precipitating the progression of HIV infection to AIDS. This study was therefore focused on assessing the rate of co-infection between urino-genital trichomoniasis and HIV in Adamawa State Nigeria. The study was conducted on 1520 subjects aged 15-64 years randomly selected from 15 healths institutions in the state. Ethical approval was obtained from the state ministry of health and the authorities of the selected health institutions while the research also had the informed consent of the subjects before specimen collection. Culture method was employed for Trichomonas vaginalis detection and commercial HIV kits were used for HIV antibody testing. Questionnaire was administered to the subjects for some demographic information. A concurrent infection rate of 1.1% was recorded in the study but statistical analysis showed no significant variation in the infection rate by geographical zone of the study area (P > 0.05). However Chi-square analysis showed a significant difference between the prevalence of infection by age (P < 0.05) and by gender (P < 0.05). Similarly, prevalence co- of concurrent infection in relation to marital status showed no significant difference (P > 0.05) and also no significant difference in the infection rate according to occupation (P > 0.005). Introduction As at 2005, over 43 million people had been infected with HIV globally, while about 25 million had died of AIDS. Out of these, 70% were recorded from sub-Saharan Africa ( 1 ). Although there are many factors that can influence the progression of HIV infection to AIDS, complications emanating from infections are some of the critical ones. With the increasing evidence, sexually transmitted infections may soon assume a status of serious public health problem in view of their growing association and interaction with the dreaded virus ( 2 ). By definition, sexually transmitted infections are infections that are mainly transmitted through intimate sexual activities. World Health Organization ( 3 ) reported that over 25 microorganisms can be transmitted sexually, but not all are common. Among the common ones are Human Immunodeficiency Virus (HIV) and Trichomonas vaginalis. Previous studies had documented an association between the two micro organisms. For instance, it was reported in a study that Trichomonas vaginalis is one of the sexually transmitted micro organisms that can be transmitted concurrently in HIV/AIDS patients ( 4 ). In another research finding, it was documented that both microorganisms have the ability to produce heamorrhage, oedema and ulteration of the vagina ( 5 ).Also, several studies had documented ( 6,7,8 ) that both ulcerative and non-ulcerative sexually transmitted infections can increase the risk of HIV transmission. Because of a common mode of transmission, HIV interacts with other sexually transmitted infections in many ways. In non-ulterative infections like urino-genital trichomoniasis, the discharge produced can carry high density of HIV particles and high viral load in genital fluid thereby increasing the chances of HIV particles and high chances of HIV infection per exposure. In a study conducted in Central Africa Republic among some antenatal women, 9.9% vaginal trichomoniasis and 12.2% HIV-1 infection rates were documented ( 9 ), while 14.0% trichomoniasis and 52% HIV prevalence rates were reported ( 10 ) in a similar research carried out among some randomly selected married Zambia. Similarly, a research conducted among some randomly selected married women in a sub-urban Sudanese community, showed no case of urino-genital trichomoniasis while 1.2% prevalence rate of HIV infection was recorded ( 11 ). In Adamawa state Nigeria, a study conducted on female's subjects in Yola metropolis revealed 4.0% prevalence rate of vaginal trichomoniasis and 9.6% of HIV infection ( 12 ).The aim of this study therefore is to conduct a comparative assessment on the prevalence rates
机译:机会感染是促使HIV感染向AIDS发展的关键并发症之一。因此,本研究的重点是评估尼日利亚阿达马瓦州尿液生殖器滴虫和艾滋病毒的合并感染率。该研究是针对1520名年龄在15-64岁的受试者进行的,这些受试者是从该州的15家医疗机构中随机选择的。从国家卫生部和选定卫生机构的主管部门获得了伦理学批准,而该研究在收集标本之前也获得了受试者的知情同意。培养方法用于阴道毛滴虫的检测,市售HIV试剂盒用于HIV抗体检测。问卷被调查对象的一些人口统计信息。研究中记录的并发感染率为1.1%,但统计分析表明,受研究区域地理区域的感染率无显着差异(P> 0.05)。然而,卡方分析显示感染的流行率在年龄(P <0.05)和性别(P <0.05)之间存在显着差异。同样,并发感染率与婚姻状况之间也没有显着差异(P> 0.05),而且根据职业的不同,感染率也无显着差异(P> 0.005)。引言截至2005年,全球已有超过4300万人感染了艾滋病毒,而约有2500万人死于艾滋病。其中70%来自撒哈拉以南非洲地区(1)。尽管有许多因素可以影响从HIV感染到AIDS的进展,但感染引起的并发症是一些关键因素。越来越多的证据表明,鉴于性传播感染与可怕病毒的关联和相互作用不断增加,它们可能很快会成为严重的公共卫生问题(2)。根据定义,性传播感染是主要通过亲密性活动传播的感染。世界卫生组织(3)报告说,可以通过性传播25种以上的微生物,但并非所有人都常见。其中常见的是人类免疫缺陷病毒(HIV)和阴道毛滴虫。先前的研究已证明两种微生物之间存在关联。例如,一项研究报道说,阴道毛滴虫是可在HIV / AIDS患者中同时传播的性传播微生物之一(4)。在另一项研究发现中,有文献证明这两种微生物均具有引起出血,阴道水肿和阴道溃疡的能力(5)。另外,有数项研究也证明了(6,7,8)溃疡性和非溃疡性传播感染会增加HIV传播的风险。由于是一种常见的传播方式,艾滋病毒以多种方式与其他性传播感染相互作用。在非泌尿生殖系统滴虫性滴虫病感染中,所产生的分泌物可携带高密度的HIV颗粒,并在生殖液中携带高病毒载量,从而增加每次接触HIV颗粒的机会和HIV感染的机会。在中非共和国的一些产前妇女中进行的一项研究中,记录了9.9%的阴道毛滴虫病和12.2%的HIV-1感染率(9),而在类似的研究中报告了14.0%的毛滴虫病和52%的HIV感染率(10)。在一些随机选择的已婚赞比亚进行。同样,在苏丹郊区的一些随机选择的已婚妇女中进行的一项研究显示,没有尿液生殖器滴虫的病例,而记录的HIV感染率为1.2%(11)。在尼日利亚的阿达玛瓦州,一项针对约拉大都会女性受试者的研究表明,阴道滴虫的患病率为4.0%,艾滋病毒感染率为9.6%(12),因此,本研究的目的是对患病率进行比较评估

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