New technologies of DNA sequencing produce increasingly more high-resolution genetic data. Next-generation sequencing technologies provide in a single test more data on more genes or regions in the genome than the earlier sequencing technologies. Consequently, variants of uncertain significance are found more often, leading to a continuous process of re-interpreting and reclassifying genetic variants as either benign or pathogenic. Recent research suggests that about 8% of the variants initially classified as variants of uncertain clinical significance (VUSs) were later reclassified: either downgraded to less severe classification (about 91% of variants) or upgraded to more severe classifications (about 9% of variants, see Mersch et al., 2018). Reclassification is based on new information regarding variants' pathogenicity, such as population frequency, functional data, segregation analysis, and phenotype analysis. Periodical reinterpretation of VUSs is therefore inevitable yet involves collaboration among multiple stakeholders: public and private genetics laboratories, clinicians, genetic health professionals, and medical geneticists (Carrieri et al., 2017). It is challenging for healthcare professionals (HCPs) to remain abreast of VUS reclassification.Communicating and interpreting VUSs is trying for both pa-