Psychological impact of family history risk assessment in primary care: a mixed methods study

What Motivates Family Historians? A Pilot Scale to Measure Psychosocial Drivers of Research into Personal Ancestry

Participation in family history research may be a passing phase for some, but for others, it is a recreational pursuit exciting passionate intensity that goes beyond idle curiosity or short-term interest. In this paper, we explore some of the underlying motives that drive amateur genealogists, including the search for self-understanding, the desire to give something of value to others and the enjoyment of the many intellectual challenges that this hobby can provide. Using data accessed from an online survey of 775 Australian family historians, we developed a reliable and valid measure of the intensity of these psychosocial motives and used research participants’ qualitative data to suggest four further motives of interest for future research and measure development.

Adolescents with congenital heart defects: a patient and parental perspective of genetic information and genetic risk

Congenital heart defects (CHDs) occur in 8 of 1000 live-born children, making them common birth defects in the adolescent population. CHDs may have single gene, chromosomal, or multifactorial causes. Despite evidence that patients with CHD want information on heritability and genetics, no studies have investigated the interest or knowledge base in the adolescent population. This information is necessary as patients in adolescence take greater ownership of their health care and discuss reproductive risks with their physicians. The objectives of this survey-based study were to determine adolescents' recall of their own heart condition, to assess patient and parent perception of the genetic contribution to the adolescent's CHD, and to obtain information about the preferred method(s) for education. The results show that adolescent patients had good recall of their type of CHD. Less than half of adolescents and parents believed their CHD had a genetic basis or was heritable; however, adolescents with a positive family history of CHD were more likely to believe that their condition was genetic (p = 0.0005). The majority of patients were interested in receiving additional genetics education and preferred education in-person and in consultation with both parents and a physician. The adolescents who felt most competent to have discussions with their doctors regarding potential causes of their heart defect previously had a school science course which covered topics in genetics. These results provide insight into adolescents' perceptions and understanding about their CHD and genetic risk and may inform the creation and provision of additional genetic education.

An online self-test added to colorectal cancer screening can increase the effectiveness of familial cancer risk assessment without increasing distress

AIM

Most people who are at increased familial colorectal cancer (FCRC) risk are not identified, despite the need for enhanced surveillance colonoscopy for effective CRC prevention. An online self-test may enhance this identification. We assessed whether taking an online self-test to identify increased FCRC risk increases anxiety, distress or CRC risk perception in population-based CRC screening.

METHOD

After the precolonoscopy consultation, patients who had a positive immunohistochemical occult faecal blood test (iFOBT+) in population-based CRC screening were invited by email to take an online self-test at home which returned details of family history. Anxiety (STAI-DY), distress (HADS) and CRC risk perception were assessed immediately before and after taking the online self-test and 2 weeks later.

RESULTS

Of 250 participants invited, 177 (71%) completed the online self-test and psychological questionnaires and 153 (61%) completed questionnaires 2 weeks later. The median age was 65 years (range 61-75). The FCRC risk was increased in 17 participants (9.6%). Of these, 12 (6.8%) had a highly increased FCRC risk and may benefit from germline genetic testing for Lynch syndrome. In 7 of 17 participants (40%) the self-test obtained novel information on family history. Anxiety and distress levels were, and remained, below a clinically relevant level. Perception of CRC risk remained unchanged. Most participants (83%) would recommend the online self-test to others.

CONCLUSION

Of those with a iFOBT+, 9.6% had a previously unidentified increasedFCRC risk and require an enhanced surveillance colonoscopy instead of iFOBT. As screening for this risk did not increase anxiety or distress, and was highly acceptable, we recommend adding the online self-test to population-based CRC screening.

'Why worry about something you can't control?' Negotiated risk, longevity and health behaviours

While we know about lay attitudes towards death and dying, we understand little about the ways people estimate their overall personal risk of life-limiting disease and/or death. This study contributes to the limited literature on lay longevity reckonings, with a particular focus on how these reckonings may influence health behaviours. Semi-structured interviews were held with 21 young older adults (54-65 years), addressing the core questions of 'What do you think you will die from, and how long do you expect to live?' Participants indicated their longevity estimation was guided by three key frameworks: family history, environment and lifestyle factors and lived experience. The reckoning process was also moderated by assumptions about loci of control and self-efficacy and the information available to participants. A tripartite model of death risk assessment is proposed, extending the idea of 'negotiated risk' beyond the scope of family history where it has received most attention. We argue that by drawing on the three risk-assessment frameworks, determining patients' predisposition for external/internal attributions of control and perceptions of self-efficacy, clinicians will be better equipped to understand - and thus guide - patients' reckonings of longevity and health behaviours that are influenced by it.

Online self-test identifies women at high familial breast cancer risk in population-based breast cancer screening without inducing anxiety or distress

INTRODUCTION

Identifying high familial breast cancer (FBC) risk improves detection of yet unknown BRCA1/2-mutation carriers, for whom BC risk is both highly likely and potentially preventable. We assessed whether a new online self-test could identify women at high FBC risk in population-based BC screening without inducing anxiety or distress.

METHODS

After their visit for screening mammography, women were invited by email to take an online self-test for identifying highly increased FBC risk-based on Dutch guidelines. Exclusion criteria were previously diagnosed as increased FBC risk or a personal history of BC. Anxiety (State-Trait Anxiety Inventory Dutch Version), distress (Hospital Anxiety Depression Scale) and BC risk perception were assessed using questionnaires, which were completed immediately before and after taking the online self-test and 2 weeks later.

RESULTS

Of the 562 women invited by email, 406 (72%) completed the online self-test while 304 also completed questionnaires (response rate 54%). After exclusion criteria, 287 (51%) were included for data analysis. Median age was 56 years (range 50-74). A high or moderate FBC risk was identified in 12 (4%) and three (1%) women, respectively. After completion of the online self-test, anxiety and BC risk perception were decreased while distress scores remained unchanged. Levels were below clinical relevance. Most women (85%) would recommend the self-test; few (3%) would not.

CONCLUSION

The online self-test identified previously unknown women at high FBC risk (4%), who may carry a BRCA1/2-mutation, without inducing anxiety or distress. We therefore recommend offering this self-test to women who attend population-based screening mammography for the first time.