We have examined 26 retrieved, failed titanium-alloy femoral stems. The clinical details, radiological appearances and the histology of the surrounding soft tissues in each patient were also investigated. The stems were predominantly of the flanged design and had a characteristic pattern of wear. A review of the radiographs showed a series of changes, progressive with time. The first was lateral debonding with subsidence of the stem. This was followed by calcar resorption and fragmentation or fracture of the cement. Finally, osteolysis was seen, starting with a radiolucency at the cement-bone interface and progressing to endosteal cavitation. Three histological appearances were noted: granulomatous, necrobiotic and necrotic. We suggest that an unknown factor, possibly related to the design of the stem, caused it to move early. After this, micromovement at the cement-stem interface led to the generation of particulate debris and fracture of the cement. A soft-tissue reaction to the debris resulted in osteolysis and failure of fixation of the prostheses.

Aim: To determine UK genetic counselors’ (UKGCs) opinion regarding ‘the psychosocial component of the UKGC remit in the new genomics era’. Methods: Facilitated discussions at a national conference (2016) using interactive methodologies (58 participants). Results: UKGCs recognized the rapid rate of change emerging with advances in genomic science. Change will be required to the UKGC remit and the roles, rules, relationships and responsibilities that underpin it (29 topics identified). UKGCs supported their ‘unique selling point’; integrating knowledge and the explicit focus on psychosocial aspects of genomic healthcare. By 2019, some of the aspirations have been achieved. Conclusion: UKGCs should proactively position themselves to capitalize on the challenges and opportunities of genomic healthcare to maximize patient benefit.