Patients' perceptions of life shift after deep brain stimulation for primary dystonia—A qualitative study

脑深部刺激 肌张力障碍 心理学 扎根理论 物理医学与康复 脑刺激 运动障碍 主题分析 刺激 物理疗法 医学 神经科学 定性研究 帕金森病 内科学 疾病 社会学 社会科学
作者
Gun‐Marie Hariz,Patricia Limousin,Stephen Tisch,Marjan Jahanshahi,Anncristine Fjellman‐Wiklund
出处
期刊:Movement Disorders [Wiley]
卷期号:26 (11): 2101-2106 被引量:46
标识
DOI:10.1002/mds.23796
摘要

Studies of deep brain stimulation for dystonia have shown significant motor improvement. However, patients' perceptions of surgery and its effects have been less studied. We aimed to explore perceptions of changes in life in patients with primary dystonia after deep brain stimulation. Thirteen patients underwent thematic interviews 8-60 months after pallidal deep brain stimulation. Interviews were transcribed verbatim and analyzed with grounded theory. Patients described a profound impact of dystonia on daily life. After surgery, physical changes with a more upright posture and fewer spasms translated into an easier, more satisfying life with greater confidence. Notwithstanding this positive outcome, the transition from a limited life before surgery to opportunities for a better life exhibited obstacles: The "new life" after deep brain stimulation was stressful, including concern about being dependent on the stimulator as well as having to deal with interfering side effects from deep brain stimulation. The whole coping process meant that patients had to quickly shift focus from struggling to adapt to a slowly progressive disorder to adjustment to a life with possibilities, but also with new challenges. In this demanding transition process, patients wished to be offered better professional guidance and support. Even though deep brain stimulation provides people with primary dystonia with a potential for better mobility and more confidence, patients experienced new challenges and expressed the need for support and counseling after surgery. Grounded theory is a useful method to highlight patients' own experience and contributes to a deeper understanding of the impact of deep brain stimulation on patients with dystonia.
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