Skip to content
  • About
    • What we do
    • Our history
    • Our team
    • Our committees
    • Our partners
    • About genomics
  • Services
    • What we offer
    • Research we’re supporting
  • Tools & resources
    • Search all tools & resources
    • Research ethics & governance
    • Consent & patient support materials
    • Evaluating genomic research & translation
    • Data governance
    • Access our datasets
    • Data capture & standardisation
    • Data analysis & interpretation
    • Workforce education
    • Projects actively recruiting
    • Our publications
    • Our submissions
  • Our project areas
    • Our project areas
    • Genomic implementation projects 2022-2024
    • Genomic information management
    • Clinical genomic practice
    • Genomic literacy, workforce & training
    • Indigenous genomic priorities
    • Genomic diagnostics
    • Evaluating genomic research & translation
    • Australian health system policy & practice
    • Involvement & engagement
  • News & events
    • News
    • Events
    • Personal stories
    • Search news & events
  • Connect with us

What’s in a name? Justifying terminology for genomic findings beyond the initial test

Home All news & events News What’s in a name? Justifying terminology…
Image of a sign that says 'words have power'

Genomic medicine is peppered with complex terms – both clinical and research – that can leave the uninitiated confused. Add to that inconsistencies in the way these terms are applied and used, and you have the potential for more misunderstanding.  

A case in point: how do you describe findings from a genomic test that were not within the initial scope of the test. Incidental? Secondary? Additional? Unsolicited? On their own, each comes with a connotation or could be interpreted differently. And how should these results be described to a patient? 

A scoping review by Australian Genomics researchers published in the international journal Genetics in Medicine explores the range of terms used to describe these findings and the justifications underlying the choice of terminology. It is the forerunner to further work expected to lead to recommendations to government.   

“A lack of clarity engenders confusion, increases the likelihood of miscommunication between stakeholders and hinders progress toward professional consensus guidelines,” it says, noting that a variety of justifications for terms are used globally. The paper also points out that patients have had very little input into determining this terminology or its justification. 

Widely agreed-upon terminology will support effective communication and help to reach consensus on the ethical management of genomic findings beyond the initial test, it says. 

The paper looks into justifications for each of 16 terms and identifies four groups of reasons that have been used to defend or oppose them. These are: expectation of the finding, effective communication, relatedness to the original test requested, and how the genomic information was generated. 

Read the full paper here.