Seniors' self-preservation by maintaining established self and defying deterioration - A grounded theory

Int J Qual Stud Health Well-being. 2016 May 10:11:30265. doi: 10.3402/qhw.v11.30265. eCollection 2016.

Abstract

The purpose of this classic grounded theory study was to understand how seniors who are living independently resolve issues influenced by visual impairment and high fall risk. We interviewed and observed 13 seniors with visual impairment in their homes. We also interviewed six visual instructors with experience from many hundreds of relevant incidents from the same group of seniors. We found that the seniors are resolving their main concern of "remaining themselves as who they used to be" by self-preservation. Within this category, the strategies maintaining the established self and defying deterioration emerged as the most prominent in our data. The theme maintaining the established self is mostly guided by change inertia and includes living the past (retaining past activities, reminiscing, and keeping the home intact) and facading (hiding impairment, leading to avoidance of becoming a burden and to risk juggling). Defying deterioration is a proactive scheme and involves moving (by exercising, adapting activities, using walking aids, driving), adapting (by finding new ways), and networking by sustaining old support networks or finding new networks. Self-preservation is generic human behavior and modifying this theory to other fields may therefore be worthwhile. In addition, health care providers may have use for the theory in fall preventive planning.

Keywords: Elderly; fall risk; grounded theory; living independently; self-preservation; seniors; visual impairment.

MeSH terms

  • Accidental Falls / prevention & control*
  • Aged
  • Aged, 80 and over
  • Aging* / physiology
  • Aging* / psychology
  • Female
  • Grounded Theory
  • Health
  • Healthy Lifestyle
  • Humans
  • Independent Living*
  • Male
  • Safety*
  • Self Concept*
  • Vision Disorders* / etiology
  • Vision Disorders* / psychology