BACKGROUND: The Norwegian Government introduced in 2002 a reimbursement scheme for hormonal contraceptives to adolescents at the same time as public health nurses and midwives received authorization to prescribe hormonal contraceptives. This study examines the impact of increased accessibility and public funding on hormonal contraceptive use among adolescents.
METHODS: The Norwegian Prescription Database, Statistics Norway, and Norwegian Institute of Public Health served as data sources for this cohort study. The study population comprised 174 653 Norwegian women born 1989-1990, 1994-1995, and 1999-2000. We examined use of hormonal contraceptives through dispensed prescriptions from age 12 through age 19 with duration of first continuous use as primary outcome. The statistical analyses were done in SPSS using chi-squared test, survival analysis, and Joinpoint regression analysis with p-values < 0.05.
RESULTS: By age 19, ~75% of the cohorts had used at least one hormonal method. The main providers of the first prescription were general practitioners and public health nurses. Starters of progestogen-only pills (POPs) have increased across the cohorts, while starters of combined oral contraceptives (COCs) have decreased. The use of long-acting reversible contraceptives (LARCs) has increased since its inclusion in the reimbursement scheme (2015). Most switchers shifted from COCs or POPs as a start method to implants after LARCs became part of the reimbursement scheme. There has been a significant increase across the cohorts in the number of women who continuously used hormonal contraceptives from start to the end of the calendar year they became 19 years with the same method and after switching methods. We could not correlate changes in decreasing trends for teenage births or induced abortions (Joinpoint analysis) to time for implementation or changes in the reimbursement of hormonal contraceptives from 2002.
CONCLUSIONS: Primarily public health nurses and to a lesser extent midwives became soon after they received authorization to prescribe COCs important providers. The expansion of the reimbursement scheme to cover POPs, patches, vaginal ring, and depot medroxyprogesterone acetate in 2006 had minor impact on increasing the proportion of long-term first-time users. However, the inclusion of LARCs in 2015 significantly increased the proportion of long-term first-time hormonal contraceptive users.

BACKGROUND: The use of progestin-only long-acting reversible contraception (LARC) may be a risk factor for acne. Few studies have focused primarily on the effects of hormonal LARC on the development or exacerbation of acne in adolescents and young adults. We sought to understand the incidence and management of acne following hormonal LARC insertion in this adolescent/young adult population.
METHODS: A secondary data analysis was conducted of prospectively collected quality improvement (QI) data from the Adolescent Medicine LARC Collaborative. Subjects were evaluated by clinicians in adolescent medicine clinics at participating study sites, and acne severity was documented using a standardized recording instrument and scale. Descriptive statistics were reported as frequencies and percentages for categorical variables or mean and standard deviation (SD) for continuous variables. We compared demographic and clinical characteristics by those who had worsening acne, accounting for site inter-correlation using Cochran-Mantel-Haenszel chi-square tests for categorical variables and linear generalized estimating equation (GEE) regression for continuous variables.
RESULTS: Of 1319 subjects who completed LARC insertion, 28.5% (376/1319) experienced worsening acne following use of progestin-only LARC. Acne was a contributing factor to LARC removal in only 3% (40/1319), and the sole reason for removal in 0.4% (5/1319) of all subjects. As this was a secondary analysis of prospectively collected QI data, limitations of this study include incomplete or inaccurate documentation of acne severity. Moreover, LARC insertions without follow-up/removal visits or with only follow-up/removal within 8 weeks of insertion were excluded from our study, which may also bias results.
CONCLUSIONS: Adolescents and young adults seeking progestin-only LARC should be counseled about the potential for developing acne or experiencing a worsening of existing acne during LARC use. However, acne was not a common reason for LARC discontinuation.

BACKGROUND: Highly effective long-acting reversible contraceptive (LARC) methods reduce unintended pregnancy rates; however, these methods are underutilized. The LOWE trial intervention provided structured contraceptive counseling resulting in increased uptake of LARC. This longitudinal follow up of the LOWE study assessed the long-term impact of the intervention by investigating the contraceptive use at 12 months with a focus on continued use of LARC.
METHODS: In the cluster randomized LOWE trial, abortion, youth, and maternal health clinics were randomized to provide either structured contraceptive counseling (intervention) or standard contraceptive counseling (control). The intervention consisted of an educational video on contraceptive methods, key questions asked by the health care provider, a tiered effectiveness chart and a box of contraceptive models. Women ≥ age 18, who were sexually active or planned to be in the upcoming 6 months, could participate in the study. We assessed self-reported contraceptive use at three, six and 12 months. Contraceptive choice and switches were analyzed with descriptive statistics. Contraceptive use at 12 months and continued use of LARC were analyzed using mixed logistic regressions, with clinic included as a random effect. Analysis with imputed values were performed for missing data to test the robustness of results.
RESULTS: Overall, at 12 months, women in the intervention group were more likely to be using a LARC method (aOR 1.90, 95% CI: 1.31-2.76) and less likely to be using a short-acting reversible contraceptive (SARC) method (aOR 0.66, 95% CI: 0.46-0.93) compared to the control group. Women counseled at abortion (aOR 2.97, 95% CI: 1.36-6.75) and youth clinics (aOR 1.81, 95% CI: 1.08-3.03) were more likely to be using a LARC method, while no significant difference was seen in maternal health clinics (aOR 1.84, 95% CI: 0.96-3.66). Among women initiating LARC, continuation rates at 12 months did not differ between study groups (63.9% vs. 63.7%). The most common reasons for contraceptive discontinuation were wish for pregnancy, followed by irregular bleeding, and mood changes.
CONCLUSIONS: The LOWE trial intervention resulted in increased LARC use also at 12 months. Strategies on how to sustain LARC use needs to be further investigated.

OBJECTIVE: The internet is an important source of health information, however, the quality of information about long-acting reversible contraception (LARC, including intrauterine devices (IUDs) and contraceptive implants) found online is largely unknown.
METHODS: A scoping review of webpages returned in a Google search was conducted. The first three pages of results were included if they were written in English and contained information about LARC. Results were critically reviewed and assessed using the DISCERN quality of health information tool.
RESULTS: Of 778 results, 306 pages met the eligibility criteria. While most webpages provided key information about LARC, including location in the body, benefits, side effects and risks, the information provided varied considerably. Only half mentioned efficacy and many webpages did not provide information about the cost of insertion and removal, how and where to access the devices or how they work. Despite side effects being mentioned in more than three-quarters of webpages, the depth and specificity of these varied considerably and were often contradictory across different webpages.
CONCLUSIONS: Most webpages provided medically accurate information to consumers; however, many did not include key information such as cost or how they work. Descriptions of side effects varied between webpages, and this may inhibit informed decision-making. SO WHAT?: Most people make decisions about what contraceptive method they might like to use before visiting a health care provider, and most will get this information from the internet. Providing comprehensive, medically accurate and consistent information about both IUDs and contraceptive implants is vital to support informed decision-making.

OBJECTIVE: To identify components of an online education intervention to improve preference for, and uptake of, long-acting reversible contraception in women from culturally and linguistically diverse backgrounds (CALD).
OBJECTIVE: Women from culturally and linguistically diverse (CALD) backgrounds have greater rates of unintended pregnancies than those born locally and are less likely to use long-acting reversible contraceptives (LARCs), which are highly effective at reducing unintended pregnancy. Increasing the uptake of LARC in women from CALD backgrounds may reduce the burden of unintended pregnancy in this high-risk group. An online education intervention has been shown to be effective at increasing preference for and uptake of LARC in young women. We aimed to describe what women from CALD backgrounds thought were the potentially effective components of an online education intervention to increase preference for, and uptake of, long-acting reversible contraception.
METHODS: This qualitative study involved semi-structured interviews with six Australian English-speaking women from each of Chinese, Indian, and Middle Eastern cultural backgrounds. Women were recruited through targeted Facebook advertising. Data were analysed using Braun and Clarke thematic analysis.
RESULTS: A total of 18 participants were interviewed. We have demonstrated the importance of messages tailored to cultural values, translating the video, widening the target audience to both men and women and using specific social media platforms. For all women, the video needs to highlight the covertness of contraceptive methods, alongside stating cost and approach to access. For Indian women, the video needs to highlight the effect of LARC methods on the menstrual period for Indian women and include basic information on women\'s health. For Middle Eastern women the video should be explicit about LARC not equating to abortion and emphasise the low efficacy of natural contraceptive methods. For Chinese women, the video should address the misconception that hormones damage the body. Regarding delivery of the video, it should be translated and delivered by a female doctor from the same culture. For Chinese women, the video should include women from the same culture sharing anecdotes and use WeChat and Chinese schools as a platform for dissemination. For Middle Eastern and Indian women government websites should be used for dissemination. The video should be made available to all decision-makers in the reproductive planning process including male partners of Middle Eastern women, parents and peers of Chinese women, and for Indian women the male partner, family, and community leaders.
CONCLUSIONS: There is a wide range of cultural adaptations that can be made to the online education videos about LARCs to improve uptake of LARCs and hence reduce the burden of unintended pregnancy in women from CALD grounds. SO WHAT?: Our findings will be used to modify an online education video about LARCs so that it is culturally appropriate for women from CALD backgrounds.