2832 Understanding the experiences of older residents required to relocate from one nursing home to another: a qualitative study

As a response to the increased demand for nursing home services for older adults, there are new initiatives include building larger nursing homes to accommodate greater numbers of residents. This initiative can be detrimental to those older residents who required to be relocated from their current nursing home to a new one. However, there is limited understanding about how older residents adapt to this relocation, particularly on how they tackle the various issues after relocation. Thereby hindering healthcare personnel to identify appropriate strategies to support older residents during the process of relocation. The aim of this poster is to present the experiences of older residents in the immediate period after relocating to a new nursing home.

A descriptive qualitative approach was adopted. Purposive sampling was used to recruit twenty-four older residents, who were relocated from existing nursing home to a new nursing home, upon ethical approval was sought. Semi-structured interviews were conducted based on the ‘process of adjustment’ framework after consent was obtained. Each interview lasted for around thirty minutes and audio-recorded. Data were analysed using thematic analysis.

Four themes were identified namely: adaptation to the new environment, interaction with other residents, interaction with healthcare personnel, and changes to their daily life. In particular, participants highlighted changes to their daily routines and interactions with others, but most of them expressed positivity about their relocation to the new nursing home.

The results illuminate the initial experiences of older residents required to relocate from their nursing ‘home’ to another with no choice. These findings will inform further interviews over time to help inform person-centred care for residents, the role of carers and service providers, and the care environment.

The work described in this paper was fully supported by Hong Kong Metropolitan University Research Grant (No. RD/2023/1.18).