|Year : 2014 | Volume
| Issue : 3 | Page : 271-275
Service delivery through public health care system to control sexually transmitted infections in Himachal pradesh
Sunite A Ganju1, Anil K Kanga1, Suruchi Bhagra1, Ramesh C Guleria1, Dig Vijay Singh1, Vinay Agnihotri2, Santwana Verma1
1 Department of Microbiology, Indira Gandhi Medical College, Shimla, Himachal Pradesh, India
2 Himachal Pradesh State AIDS Control Society, Shimla, Himachal Pradesh, India
|Date of Web Publication||31-Jul-2014|
Sunite A Ganju
House No 214/B, Sector 3, New Shimla, Shimla - 171 009, Himachal Pradesh
Source of Support: None, Conflict of Interest: None
| Abstract|| |
Introduction: The National AIDS Control Organization has designed multiple synergistic interventions to identify and control curable sexually transmitted infections (STIs). Objective: To assess the impact of services offered at designated STI clinics in the state of Himachal Pradesh, India and the profile of the attending clients. Materials and Methods: This was a two-year prospective study, conducted from April 2011 to March 2013. Training on delivering STI/RTI services was imparted to the staff of 16 designated STI clinics including recording of data. The staff in each STI clinic comprises of one doctor, one counselor, one nurse, and one laboratory technician. The clients attending these designated clinics were offered counseling, syndromic case management (SCM), and diagnostic services wherever possible. Monthly data of STI clinic attendees was collected, compiled, and analyzed. Results: A total of 65,760 clinic visits were reported, of which 32,385 (49%) visits were for index STI/RTI complaint(s). The ratio of male to female attendees was 1:2. The commonest age group accessing the STI clinics was 25-44 years (n = 38,966; 59.3%). According to SCM, 52.9% clients were managed. The commonest presenting syndrome was urethral discharge (n = 4,500; 41%) in males, and vaginal discharge (n = 13,305; 56%) in females. Genital ulcer disease was treated in 2099 cases. Laboratory tests were performed only in 6466 patients, and 39,597 antenatal mothers were screened for syphilis. Counseling services were provided to 51,298 (f = 34,804; 68%: m = 16,494; 32%) clients and of these, 48% (n = 25,056) of the clients were referred to integrated counseling and testing centers. Forty-three clients (m = 24: f = 19) were detected positive for HIV infection. Conclusion: Uniform and standardized services delivered to clients attending public health clinics can gather reliable data to monitor trends of STI infection.
Keywords: Counseling, sexually transmitted infections, syndromic case management
|How to cite this article:|
Ganju SA, Kanga AK, Bhagra S, Guleria RC, Singh DV, Agnihotri V, Verma S. Service delivery through public health care system to control sexually transmitted infections in Himachal pradesh. Indian Dermatol Online J 2014;5:271-5
|How to cite this URL:|
Ganju SA, Kanga AK, Bhagra S, Guleria RC, Singh DV, Agnihotri V, Verma S. Service delivery through public health care system to control sexually transmitted infections in Himachal pradesh. Indian Dermatol Online J [serial online] 2014 [cited 2019 Dec 10];5:271-5. Available from: http://www.idoj.in/text.asp?2014/5/3/271/137775
| Introduction|| |
Sexually transmitted infections (STIs) are more dynamic than any other disease prevailing in the country.  STIs in relation to sexual transmission of human immunodeficiency virus (HIV) have been increasingly emphasized.  Ninety percent of new HIV infections may be attributable to STIs as co-factors in the early phase of the HIV epidemic.  An estimated three million episodes of STIs and reproductive tract infections (RTIs) occur every year in India.  The state of Himachal Pradesh, India has approximately 35, 14,500 (50%) sexually active population with 2, 10,870 (6%) prone for risky behavior. The aim is to provide STI services to 35% ( n = 73,805) of this population; 33% ( n = 24,355) coverage through designated STI clinics under National AIDS Control Program and the rest 67% ( n = 49,449) through National Rural Health Mission.  Monitoring and analysis of data collected will provide valuable insights into the prevailing STI disease pattern.
| Objective|| |
To determine the package of STI services available at designated STI clinics in the state of Himachal Pradesh, India and the profile of attending clients.
| Materials and Methods|| |
This two-year study was conducted from April 2011 to March 2013. There are 16 designated STI clinics in Himachal Pradesh, which have been functioning under the framework of National AIDS Control Organization (NACO) since 2008. All the staff positioned there - doctors, nurses, counselors, and the laboratory technicians underwent regular yearly training using the prescribed training material through adult learning methods in a cascade model. The clients attending the STI clinics were offered counseling services on safer sex education, condom promotion, syndromic case management (SCM), partner notification and management. To identify STI syndromes, standard flowcharts as described in the NACO guidelines were used. The laboratory tests performed were mainly rapid plasma reagin (RPR) test, Gram's stain, wet mount test, and potassium hydroxide test. Pre-packed color-coded drug kits supplied by NACO were given to clients attending these designated STI clinics. Patient cards were maintained by the counselor at each clinic. Information, education and communication (IEC) materials were also made widely available. Monthly data was collected, compiled, and analyzed.
| Results|| |
The various services offered at the STI clinics were counseling on safer sex education, condom promotion, partner notification and management services, syndromic diagnosis and treatment. Demographic profile of STI clinic attendees is shown in [Table 1]. The major category availing STI services was in 25-44 years age group (59%), followed by 20-24 years, (24.3%), >44 years (11%), and <20 years (5.7%). Female clients accessing the STI clinics were approximately twice that of male clients in both the years [Figure 1]. Female clients in the age group of 25-44 years accounted for 57% of the attendees.
|Figure 1: Sex- and year-wise distribution of STI Clinic attendees with syndromic diagnosis|
Click here to view
During the two-year period, 32,385; 49% (m = 9282, 14%: f = 23,103, 35%) clients visited the STI clinics for index STI/RTI complaint(s) and were treated according to the guidelines of SCM as shown in [Figure 2] and [Figure 3]. In females, the commonest syndrome was vaginal discharge (VD) (n = 13,305; 56%) and lower abdominal pain (LAP) ( n = 6,347; 26%) the commonest complaint. In males, 41% of clients presented with urethral discharge (UD). Many clients ( n = 30,747; m = 10,315: f = 20,432) reported with no complaints to the STI clinics. Laboratory tests corroborated the diagnosis in 186 cases of trichomoniasis and 33 cases of bacterial vaginosis. Amongst antenatal women, 140 (0.35%) were reactive by RPR (≥1:8 dilutions).
Amongst the referrals from STI clinic (n = 25,056; m = 8752: f = 16,304) to the integrated counseling and testing center, 43 (m = 24: f = 19) were detected HIV-positive [Figure 4]. A total of 175 known HIV-positive clients, of whom 79 were women, also attended the STI clinics. Counseling services increased from 23,023 in 2011 to 28,275 in 2012. The ratio of the male to female clients counseled was 1:2. In 26,327, partner notification was undertaken and 90% subsequently managed. Condoms were distributed to 2,52,545 persons, and 686 were referred for other services, which included tuberculosis screening, obstetrics and gynecology, and surgery departments.
| Discussion|| |
The designated STI clinics mainly focus on the SCM with appropriate laboratory tests, wherever possible, in accordance with the NACO recommendations. The present study found a prevalence of 52.9% STI/RTIs by SCM, which is less than 61.9% reported recently from Andhra Pradesh.  Several authors have observed a gradual decline in the STI clinic attendees in all government health facilities. , However, the decline in STI clinic attendees may not necessarily depict an actual decline in the incidence of STI/RTIs. Significant factors attributing to decreased attendance could possibly be asymptomatic cases not reporting to these STI clinics, but directly seeking care in obstetrics and gynecology clinics, or availing facilities through private practitioners and widespread use of anti-bacterial drugs for other diseases that may modify and partially treat the STIs.  During this period, 65,760 availed STI/RTI services, of which 32,385 (49%) cases presented with index STI/RTI complaints. In the previous two-year period of 2009-2011, 42% STI clinic attendees presented with index STI/RTI complaints denoting an increase in the first clinic visit for index complaints.  In our study, females outnumbered the males in the ratio of 2:1. Male preponderance has been reported by some authors. , However, more females accessing the STI clinics has been noted year after year as reported by others and in our state earlier. , This can be attributed to increased literacy rate in females and improved facilities at the STI clinics. This finding also corroborates with the results of a rapid assessment survey, conducted by Indian Council of Medical Research in 2005, where 12% of female clients presented with complaints related to STI/RTI in comparison to 6% of male clients. 
The average age for both females and males with STIs was 25-44 years. The World Health Organization (WHO) estimates that two-thirds of all STIs worldwide occur in young people - teenagers and those in their early twenties. Thus, a major thrust of STI services should be on young people.  Though in our study only 5.7% were below 20 years, this group if left undiagnosed and untreated adds significantly to STI pool. The demographic profile was similar to other studies. ,,,
SCM achieves high cure rates as it provides immediate treatment at first visit  and is well tolerated,  but the major limitation is its non-specificity and tends to over treat some syndromes.  The most common syndrome observed was VD ( n = 13,305, 56%) followed by LAP in females ( n = 6347, 26%). The major SCM in males was UD in 41% followed by genital ulcer diseases (GUD) in 8.3%. Amongst the GUDs, the herpetic GUD ( n = 1170, 55%) was common, which is consistent with other findings. 
Several studies report changing trends in the profile of STIs. The STI profile and HIV seropositivity was analyzed between 1990-1993(A), 1994-2001(B), 1998-2001(C), and 2002-2004(D). In period A, genital discharge was common, while in period B, C, and D, genital ulcer diseases (GUD) showed a rising trend.  In our two-year data analysis, based on the syndromic diagnosis, genital discharge was predominant while GUD was seen in only 6% ( n = 2099) cases similar to recent reports. , The prevalence of vaginal and urethral discharge as estimated by NACO is 45% and 10%, respectively, consistent with our data. Genital ulcer disease both herpetic and non-herpetic account for approximately 15% each according to the prevalence rates published in the NACO report.  In the present study, GUD herpetic accounted for 2.6% ( n = 929) and GUD non-herpetic in 3.3% ( n = 1170) of the total SCM.
Laboratory diagnosis is essential to confirm diagnosis and ensure proper treatment. In a recent study, comparing syndromic diagnosis with laboratory diagnosis in 407 women, bacterial vaginosis (BV) was a common finding (14.3%).  In our study, bacterial vaginosis was confirmed only in 33 cases and trichomoniasis was diagnosed in 186 attendees. Gonorrhea accounted for 29 laboratory-confirmed cases. A higher incidence has been reported earlier.  In Himachal Pradesh as well as the rest of India, according to the National Behavioral Surveillance Survey, 2006, the self-reported prevalence of genital ulcer is low, being only 1%, which may also contribute to under-reporting of GUDs.  A wide variation in SCM and laboratory-confirmed cases is seen as has been noted by others.  The major disadvantages encountered in laboratory testing include lack of expertise in reporting, burden of work, inadequate facilities, and more time required. However, even if these issues are addressed, various studies have shown that the most sensitive of the classic tests fail to diagnose many pathogens causing STIs. Approximately 96.6% of patients with negative cytology results were positive for pathogens that cause STIs by newer advanced molecular techniques, multiplex polymerase chain reaction. 
The incidence of syphilis seropositivity has shown a declining trend (0.35%), similar to other findings. , Reactive VDRL (≥1:8 dils) was detected in 140 antenatal mothers. In our study, 175 HIV-positive clients including 79 women attended the STI clinics. Thus, HIV screening in STIs cannot be over-emphasized as STIs may also increase the risk of mother to child transmission of HIV. 
An apparent increase of viral STIs as compared with bacterial STIs has been noted.  Reports of genital warts range from 7.6% to 25.2% ,, among STI clinic attendees in different regions of the country. However, the present study shows that only 0.93% cases of total STI clinic attendees presented with genital warts, which is almost similar to one previous study.  Most studies in India have so far studied patients attending STI clinics, whereas the infection rate in clients attending the peripheral health centers in remote and rural areas catering to the community has not received much focus. , Few community-based surveys have been undertaken, but to describe the epidemiology of STIs, a more comprehensive data is required for implementation of interventions for control of STIs, that will in turn reduce HIV infection.
The data is uniform and compilation was from designated clinics all over the state. However, many cases may be treated in different departments of peripheral hospitals that may go unreported. Not all people with STIs are symptomatic and hence remain undetected and untreated and serve as a persistent reservoir. Asymptomatic STI cases accounted for 46% of the total clinic visit ( n = 30,747; m = 10,315: f = 20,432). Although much effort is being directed to improve conditions in clinics and provide quality STI care, the health-seeking behavior is important, especially in asymptomatic STIs. The report of National Behavioral Surveillance Survey estimates that the awareness about STIs has increased from 31% in 2001 to 38% in 2006 and knowledge about linkage between STIs and HIV has increased to 37%, even then various innovative strategies need to be adopted in the state.  These may include STI health campaigns, mass screening, mass treatment, better partner management, and creating more awareness.
Counseling in STI clinics plays an important role to prepare patients for STI and HIV screening and sexual health promotion. , In our study, counseling services have shown a consistent increase from 23,023 to 28,275 during the two-year period. Enhancement of counseling skills to establish mutual trust and give relevant, accurate, and complete information requires comprehensive training.  Individual counseling of sexually transmitted disease (STD) patients has led to improved partner notification  and reduction in STDs.  In our study, 26,327 STI partners were notified, and 2,52,545 condoms were provided for STI prevention. Partner notification not only provides an opportunity to diagnose asymptomatic cases but also prevents the spread of infection.  Thus, partner notification and management is an important aspect of STI control that has helped to strengthen the STI control program.  In our study, 90% partners were subsequently managed.
The current STI scenario shows a stable trend of bacterial STIs. Syndromic management is a safe and an effective strategy; however, an enhanced syndromic approach would ensure etiological diagnosis and definite treatment. Improvement in laboratory services is important and would increase the utilization of any given public health facility. Innovative IEC activities need to be carried out to encourage health-seeking behavior both in males and females.
| References|| |
|1.||Sharma VK, Khandpur S. Changing patterns of sexually transmitted infections in India. Natl Med J India 2004;17:310-9. |
|2.||Consultation on STI intervention for preventing HIV: Appraisal of the evidence. Geneva: World health organization/Joint United Nations Programme on HIV/AIDS 2008. |
|3.||Sangani P, Rutherford G, Wilkinson D. Population-based interventions for reducing sexually transmitted infections, including HIV infection. Cochrane Database Syst Rev 2009;1:1-29. |
|4.||National AIDS Control Organisation. Annual report 2010 - 2011. Ministry of Health and Family Welfare, New Delhi 2011. |
|5.||National guidelines on prevention, management and control of reproductive tract infections including sexually transmitted infections. Ministry of Health and Family Welfare GOI August 2007;1. |
|6.||Prabha ML, Sasikala G, Bala S. Comparision of syndromic diagnosis of reproductive tract infections with laboratory diagnosis among rural married women in Medak district, Andra Pradesh. Indian J Sex Transm Dis 2012;33:112-5. |
|7.||Ray K, Bala M, Gupta SM, Khunger N, Puri P, Muralidhar S, et al. Changing trends in sexually transmitted infections at a regional STD Centre in North India. Indian J Med Res 2006;124:559-68. |
|8.||Narayanan B. A retrospective study of the pattern of sexually transmitted diseases during a ten-year period. Indian J Dermatol Venereol Leprol 2005;71:333-7. |
|9.||Ganju SA, Sharma NL. Initial Assessment of Scaled up STI Intervention in Himachal Pradesh under National AIDS Control Program III. Indian J Sex Transm Dis 2012;33:20-4. |
|10.||Dehne KL, Riedner G. Sexually transmitted infections among adolescents: The need for adequate health services. Reprod Health Matters 2009;9:170-83. |
|11.||Goel SS, Goel SS. Study of syndromic management approach in management of sexually transmitted diseases. Indian J Sex Transm Dis 2012;33:146-7. |
|12.||National Behavioural Surveillance Survey. National AIDS Control Organisation, Ministry of Health and Family Welfare Government of India 2006. |
|13.||Shim HS, Noh S, Park AR, Lee YN, Kim JK, Chung HJ, et al. Detection of sexually transmitted infection and human papillomavirus in negative cytology by multiplex-PCR. BMC Infect Dis 2010;10:284. |
|14.||Thapa DM, Singh S, Singh A. HIV infection and sexually transmitted diseases in a referral STD Centre in South India. Sex Trans Inf 1999;75:191-3. |
|15.||Fenton K. Risk reduction counseling in STD clinics prevents STDs. Euro Surveill 1998;2:1142. |
|16.||Kavina BK, Billimoria FE, Rao MV. The pattern of STDs and HIV seropositivity in young adults attending the STD clinic of civil hospital Ahmedabad. Indian J Sex Transm Dis 2005;26:60-3. |
|17.||Devi SA, Vetrichevvel TP, Pise GA, Thappa DM. Pattern of sexually transmitted infections in a tertiary care centre at Puducherry. Indian J Dermatol 2009;54:347-9. |
|18.||Ganju SA, Sharma NL. Counseling Services: Key to prevent sexually transmitted infections. J Commun Dis 2011;43:229-32. |
|19.||Ganju SA, Sharma NL, Kanga A. Towards quality improvement: Training and supportive supervision in STI control programme, Himachal Pradesh. Indian Dermatol Online J 2012;3:221-2. |
|20.||Kamb ML, Fishbein M, Douglas JM, Rhodes F, Rogers J, Bolan G, et al. Efficacy of risk reduction counseling to prevent human immunodeficiency virus and sexually transmitted diseases. A randomized controlled trial. JAMA 1998;280:1161-7. |
|21.||Rothenberg RB, Sterk C, Toomy KE, Potterat JJ, Johnson D, Schrader M, et al. Using social network and ethnographic tools to evaluate syphilis transmission. Sex Transm Dis 1998;25:154-60. |
|22.||Faxelid E, Tembo G, Ndulo J, Krantz I. Individual counseling of patients with sexually transmitted diseases. A way to improve partner notification in a Zambiansetting. Sex Transm Dis 1996;23:289-92. |
[Figure 1], [Figure 2], [Figure 3], [Figure 4]