The purpose of this article is to describe the method of developing an internet-based reproductive options intervention to increase informed reproductive decision-making among individuals with sickle cell disease (SCD) or sickle cell trait (SCT). An interprofessional team of graphics and media specialist, nurses, physicians, and researchers collaborated to develop the intervention. Individuals from the community served as advisory board members who reviewed and advised on webpage design, content, delivery, and media. The intervention was theory based, delivered online, and experientially oriented for young adults of reproductive age with SCD or SCT. The intervention was culturally specific, supporting individuals with SCD or SCT in making informed reproductive decisions about transmission of SCD or SCT to their offspring. The intervention could be strengthened to include content on implementing behaviors concordant with informed reproductive decisions. Health care providers can use the result of this study to enhance their knowledge about the complexity of parenting options.

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Our study purpose was to evaluate the variation and accuracy of tailored parenting plans individually generated as a supplement to reproductive health education on the genetic inheritance of sickle cell disease or sickle cell trait. We present a secondary data analysis of experimental group data from a randomized controlled trial. Participants completed the valid and reliable Internet-based Sickle Cell Reproductive Health Knowledge Parenting Intent Questionnaire. We created a computerized algorithm that used participants' responses to generate tailored parenting plans based on their parenting preferences and partner's sickle cell status. Thirty-one different parenting plans were generated to meet the variety in the participants' preferences. The most frequently generated plan was for participants with sickle cell disease who had a partner with hemoglobin AA, who wanted to be a parent, was not likely to be pregnant, and wanted their child to be sickle cell disease free. More than half of the participants required alteration in their reproductive behavior to achieve their parenting goals. Findings provide insight into the variety and accuracy of computer algorithm–generated parenting plans, which could further guide refinement of the algorithm to produce patient-centered, tailored parenting plans supplemental to Internet-based genetic inheritance education.