Microlearning: Evidence-based education that is effective for busy professionals and short attention spans.

Microlearning uses short educational interventions to provide learners with the necessary knowledge and skills to perform specific tasks or solve immediate problems. This approach is increasingly used across digital platforms to engage learners and foster quick comprehension. Microlearning can be used in clinical genetics education to deliver a comprehensive educational intervention that is segmented into smaller discrete but complimentary components. This report discusses one group's approach to using microlearning in clinician education and provides tips that can be applied to other educational efforts. High-quality genetics education has the potential to be disseminated across multiple delivery methods and to multiple audiences, thereby increasing its impact and reach.

A team-based approach to cardiogenomic education.

While many genetic professionals are involved in the education of lay and professional audiences, most do not have formal training in education theory and program design. Partnerships with adult education experts can provide additional resources and improve the level of instruction, thereby increasing the impact of an educational intervention. This report discusses the experience of a multidisciplinary team of educators, clinicians, and researchers partnering to develop evidence-based education for cardiology practitioners. It includes practical advice for how clinicians and educators can develop more effective education through collaboration, needs assessment, instructional design, and iterative content development.

An update on risk assessment for familial and hereditary colorectal cancer.

Family history risk assessment can identify individuals at increased risk of colorectal cancer (CRC) who would benefit from earlier or more frequent CRC screening. Clinicians should evaluate the patient's family history as well as personal history to identify red flags and patterns that may suggest predisposition to CRC and then use that information to stratify risk into average, increased, and high risk categories to inform genetic counseling recommendations and personalized management.

Provider engagement in precision oncology education: an exploratory analysis of online continuing medical education data.

Given the rapid growth in genomic tests and targeted therapeutics, clinicians are likely to benefit from additional precision medicine education. Aim: This study evaluated the engagement and effectiveness of two interactive, case-based educational modules about somatic tumor testing, developed by the Jackson Laboratory, American Medical Association and Scripps Research Translational Institute, titled 'Precision Medicine for Your Practice'. Results: 402 participants enrolled in one or both free online continuing education modules, including physicians, nurses, scientists and genetic counselors and 41% completed module evaluations. Over 90% of respondents reported alignment of program with practice needs and planned to change their practice, including patient communication, identifying candidates for testing and/or interpreting test results. Conclusion: These findings support Precision Medicine for Your Practice as an effective education offering for diverse clinical professionals.

Three things every nurse practitioner can do to integrate genetics into practice.

Genetic and genomic information has the potential to improve patient care and outcomes by improving clinicians' ability to identify patients at increased risk of disease and, in some cases, personalize treatment and management. However, many clinicians report that they feel unprepared and lack confidence in talking about genomics with their patients. By focusing on family history information and knowing when and how to refer to genetic experts, clinicians can take meaningful steps to improve integration of genetics into patient care.

Direct-to-consumer genetic testing for breast cancer risk.

Increasingly, individuals are interested in genetic testing to find out if they are at increased risk for breast cancer and other diseases. Through direct-to-consumer genetic testing, people can receive information about many different traits, including some risk information about hereditary breast and ovarian cancer syndrome. With more people getting this information outside of the medical setting, clinicians should be aware of the benefits and limitations of such testing.

Implementation of an electronic genomic and family health history tool in primary prenatal care.

"The Pregnancy and Health Profile," (PHP) is a free genetic risk assessment software tool for primary prenatal providers that collects patient-entered family (FHH), personal, and obstetrical health history, performs risk assessment, and presents the provider with clinical decision support during the prenatal encounter. The tool is freely available for download at www.hughesriskapps.net. We evaluated the implementation of PHP in four geographically diverse clinical sites. Retrospective chart reviews were conducted for patients seen prior to the study period and for patients who used the PHP to collect data on documentation of FHH, discussion of cystic fibrosis (CF) and hemoglobinopathy (HB) carrier screening, and CF and HB interventions (tests, referrals). Five hundred pre-implementation phase and 618 implementation phase charts were reviewed. Documentation of a 3-generation FHH or pedigree improved at three sites; patient race/ethnicity at three sites, father of the baby (FOB) race/ethnicity at all sites, and ancestry for the patient and FOB at three sites (P < 0.001-0001). CF counseling improved for implementation phase patients at one site (8% vs. 48%, P < 0.0001) and CF screening/referrals at two (2% vs. 14%, P < 0.0001; 6% vs. 14%; P = 0.05). Counseling and intervention rates did not increase for HB. This preliminary study suggests that the PHP can improve documentation of FHH, race, and ancestry, as well as the compliance with current CF counseling and intervention guidelines in some prenatal clinics. Future evaluation of the PHP should include testing in a larger number of clinical environments, assessment of additional performance measures, and evaluation of the system's overall clinical utility.

Evaluation of a novel electronic genetic screening and clinical decision support tool in prenatal clinical settings.

"The Pregnancy and Health Profile" (PHP) is a free prenatal genetic screening and clinical decision support (CDS) software tool for prenatal providers. PHP collects family health history (FHH) during intake and provides point-of-care risk assessment for providers and education for patients. This pilot study evaluated patient and provider responses to PHP and effects of using PHP in practice. PHP was implemented in four clinics. Surveys assessed provider confidence and knowledge and patient and provider satisfaction with PHP. Data on the implementation process were obtained through semi-structured interviews with administrators. Quantitative survey data were analyzed using Chi square test, Fisher's exact test, paired t tests, and multivariate logistic regression. Open-ended survey questions and interviews were analyzed using qualitative thematic analysis. Of the 83% (513/618) of patients that provided feedback, 97% felt PHP was easy to use and 98% easy to understand. Thirty percent (21/71) of participating physicians completed both pre- and post-implementation feedback surveys [13 obstetricians (OBs) and 8 family medicine physicians (FPs)]. Confidence in managing genetic risks significantly improved for OBs on 2/6 measures (p values ≤0.001) but not for FPs. Physician knowledge did not significantly change. Providers reported value in added patient engagement and reported mixed feedback about the CDS report. We identified key steps, resources, and staff support required to implement PHP in a clinical setting. To our knowledge, this study is the first to report on the integration of patient-completed, electronically captured and CDS-enabled FHH software into primary prenatal practice. PHP is acceptable to patients and providers. Key to successful implementation in the future will be customization options and interoperability with electronic health records.