Background: Masvingo province is among the top three provinces with high Genital Ulcer Disease incidence rates in Zimbabwe. There has been no documented evidence to establish the burden and epidemiology of STIs in Mas...Background: Masvingo province is among the top three provinces with high Genital Ulcer Disease incidence rates in Zimbabwe. There has been no documented evidence to establish the burden and epidemiology of STIs in Masvingo province. We analysed these data to describe trends in STIs from 2012 - 2015. Methods: A retrospective records review of Masvingo STI data set was conducted. We assessed trends in STIs from 2012-2015. Microsoft Excel 2010 software was used to generate bar and linear graphs. Epi info 7TM was used to calculate Chi-square for trends and p values. Results: Most affected age group was 25 - 49 years (incidence rate of 73.9 cases per 1000). The 50 and above age group had a higher incidence rate than the 10 - 24 year age group (27.5 compared to 15.5 cases per 1000). STI incidence was higher in females (31.9 cases per 1000) than in males (20.6 cases per 1000). The most prevalent STIs were vaginal discharge 48,972 (30.7%) and other forms of STIs 35,777 (22.3%). Masvingo district recorded the highest STI incidence rate (34.1 cases per 1000). There was a decline in HIV testing rates from 36 (100%) to 12,190 (64.4%) (p Conclusion: There was a general decline in the STI trends for all age groups. Age group most affected by STIs was the 25 - 49 years with females being more affected. HIV testing services among STI clients declined. We recommend advocacy on safe sexual practices and further research to identify reasons for low uptake of HIV testing services among STI clients.展开更多
Background: The Adverse Events following Voluntary Medical Male Circumcision Surveillance System (VMMC AESS) serves to identify adverse events (AEs) for safe provision of VMMC. In 2019, Zvimba District reported two ad...Background: The Adverse Events following Voluntary Medical Male Circumcision Surveillance System (VMMC AESS) serves to identify adverse events (AEs) for safe provision of VMMC. In 2019, Zvimba District reported two adverse events out of 542 circumcisions translating to a 0.4% AE rate against an acceptable threshold of 2% and this is suggestive of underreporting. We evaluated the system to verify existence of underreporting of AEs, assess the surveillance system attributes and evaluate data quality. Methods: A descriptive cross-sectional study was conducted using the updated Center for Disease Control (CDC) guidelines for surveillance system evaluation. We proportionately sampled VMMC client intake records and purposively selected health workers involved in the VMMC programme into the study. An interviewer-administered questionnaire was used to collect data from 14 - 30 December 2020 on knowledge of the VMMC AESS among health care workers and surveillance system attributes. We used a checklist to check for data quality. Data were analysed using Epi Info 7 statistical software. Results: Of the 31 health workers that participated in the study, 21 (68%) had fair knowledge of the surveillance system. Out of 384 records reviewed, 104 had missing data on AE monitoring days 7 and 42. Sixteen (52%) of participants regarded filling AE reporting forms as difficult and the process as time-consuming. The surveillance system was not representative as only two out of eight facilities were conducting outreaches in hard-to-reach areas. Conclusion: There was possible underreporting of adverse events as about a quarter of reviewed records had missing data on AE monitoring days and the system’s performance was threatened by poor data quality and unavailability of reporting forms. The system was rendered acceptable though unstable, not representative and not simple and the health workers were not making use of the surveillance system. We recommended retraining on the surveillance system for all health care workers involved in VMMC in Zvimba District.展开更多
文摘Background: Masvingo province is among the top three provinces with high Genital Ulcer Disease incidence rates in Zimbabwe. There has been no documented evidence to establish the burden and epidemiology of STIs in Masvingo province. We analysed these data to describe trends in STIs from 2012 - 2015. Methods: A retrospective records review of Masvingo STI data set was conducted. We assessed trends in STIs from 2012-2015. Microsoft Excel 2010 software was used to generate bar and linear graphs. Epi info 7TM was used to calculate Chi-square for trends and p values. Results: Most affected age group was 25 - 49 years (incidence rate of 73.9 cases per 1000). The 50 and above age group had a higher incidence rate than the 10 - 24 year age group (27.5 compared to 15.5 cases per 1000). STI incidence was higher in females (31.9 cases per 1000) than in males (20.6 cases per 1000). The most prevalent STIs were vaginal discharge 48,972 (30.7%) and other forms of STIs 35,777 (22.3%). Masvingo district recorded the highest STI incidence rate (34.1 cases per 1000). There was a decline in HIV testing rates from 36 (100%) to 12,190 (64.4%) (p Conclusion: There was a general decline in the STI trends for all age groups. Age group most affected by STIs was the 25 - 49 years with females being more affected. HIV testing services among STI clients declined. We recommend advocacy on safe sexual practices and further research to identify reasons for low uptake of HIV testing services among STI clients.
文摘Background: The Adverse Events following Voluntary Medical Male Circumcision Surveillance System (VMMC AESS) serves to identify adverse events (AEs) for safe provision of VMMC. In 2019, Zvimba District reported two adverse events out of 542 circumcisions translating to a 0.4% AE rate against an acceptable threshold of 2% and this is suggestive of underreporting. We evaluated the system to verify existence of underreporting of AEs, assess the surveillance system attributes and evaluate data quality. Methods: A descriptive cross-sectional study was conducted using the updated Center for Disease Control (CDC) guidelines for surveillance system evaluation. We proportionately sampled VMMC client intake records and purposively selected health workers involved in the VMMC programme into the study. An interviewer-administered questionnaire was used to collect data from 14 - 30 December 2020 on knowledge of the VMMC AESS among health care workers and surveillance system attributes. We used a checklist to check for data quality. Data were analysed using Epi Info 7 statistical software. Results: Of the 31 health workers that participated in the study, 21 (68%) had fair knowledge of the surveillance system. Out of 384 records reviewed, 104 had missing data on AE monitoring days 7 and 42. Sixteen (52%) of participants regarded filling AE reporting forms as difficult and the process as time-consuming. The surveillance system was not representative as only two out of eight facilities were conducting outreaches in hard-to-reach areas. Conclusion: There was possible underreporting of adverse events as about a quarter of reviewed records had missing data on AE monitoring days and the system’s performance was threatened by poor data quality and unavailability of reporting forms. The system was rendered acceptable though unstable, not representative and not simple and the health workers were not making use of the surveillance system. We recommended retraining on the surveillance system for all health care workers involved in VMMC in Zvimba District.
