Muir Nancy B, Orlin Margo, Rubertone Patricia, Williams Glenn
Children's Hospital Colorado, Aurora, CO, USA.
College of Nursing and Health Professions, Drexel University, Philadelphia, PA, USA.
Clin Orthop Relat Res. 2025 Jan 1;483(1):120-136. doi: 10.1097/CORR.0000000000003198. Epub 2024 Jul 23.
Periacetabular osteotomy (PAO) surgery presents an opportunity for shared decision-making (SDM) and may be facilitated by decision-making tools. Currently, no diagnosis or treatment-specific decision-making tools exist for this patient population. Understanding patient PAO surgery decision-making experiences and processes would enable development of a treatment-specific decision-making tool and would help hip preservation surgeons with SDM practices.
QUESTIONS/PURPOSES: Qualitative methodology was used to address the following questions: (1) What were the information support needs of adult patients with hip dysplasia who decided to have PAO? (2) What was important to adult patients with hip dysplasia who decided to have PAO? (3) How did adult patients with hip dysplasia who have undergone PAO experience the surgical decision-making process? (4) What elements of SDM did adult patients with hip dysplasia experience with their surgeons when deciding to have PAO?
Fifteen volunteer, English-speaking patients in the United States who had been diagnosed with hip dysplasia and who had undergone PAO surgery 6 to 12 months prior to the study were recruited through five PAO surgery Facebook support groups. Individuals were excluded if they had an underlying neuromuscular condition or other diagnosis related to nondevelopmental dysplasia of the hip or if they had a previous PAO surgery > 12 months before data collection. We used purposive sampling strategies to promote sample heterogeneity based on age and preoperative activity level, as these are characteristics that may impact decision-making. Participants were categorized into three age groups: 20 to 29 years, 30 to 39 years, and ≥ 40 years. Participants were also categorized as having "low activity," "moderate activity," or "high activity" preoperatively based on self-reported University of California Los Angeles (UCLA) Activity Scale scores. Participants were enrolled consecutively if they met the inclusion criteria and fulfilled one of our sampling categories; we had plans to enroll more participants if thematic saturation was not achieved through the first 15 interviews. Participants included 14 women and one man ranging in age from 23 to 48 years, and all had undergone PAO surgery for hip dysplasia 6 to 12 months prior to the interview. One-on-one semistructured interviews were conducted with each participant by a single interviewer through Zoom video conferencing using video and audio recording. Participants answered semistructured interview questions and provided verbal responses to survey questions so researchers could gain demographic information and details about their symptoms, diagnosis, and PAO surgery between June 2021 and August 2021. Quantitative survey data were analyzed using descriptive statistics. Qualitative data were analyzed by three researchers using principles of reflexive thematic analysis. Candidate themes were iteratively defined and redefined until central themes were developed that were distinctly different, yet centrally relevant, and answered the research questions. All codes that informed category and theme development were generated within the first six transcripts that were analyzed. The team felt that thematic saturation was established with the 15 interviews.
The main information needs for adult patients with hip dysplasia included diagnosis and treatment-related information, as well as logistics related to surgery and recovery. Many patients described that their information needs were only partially met by their surgeon; most engaged in additional information-seeking from scientific research and online resources and relied on patient peers to meet information needs about the lived experience and logistics related to surgery and recovery. It was important to patients that PAO surgery could preserve their native hip or delay THA and that PAO surgery was likely to reduce their pain and improve function; decision-making was facilitated when patients were able to identify how the indications and goals of PAO surgery aligned with their own situation and goals for surgery. Patients' experiences with decision-making were more positive when information needs were met, when indications and goals for PAO surgery aligned with their personal values and goals, and when their preferred and actual decision-making roles aligned. Adult patients with hip dysplasia described high variability in the extent to which patients were invited to share personal preferences, values, and goals around PAO surgery and the extent to which preferred patient decision-making roles were assessed.
We found that elements of SDM are not consistently integrated into hip preservation practice. The knowledge gained through this work about patient PAO surgery information needs, what matters to patients when deciding to have surgery, and their experiences with PAO surgery decision-making can inform future PAO surgery decision-making tool development. Future studies are needed to validate the findings of this study and to determine whether they are generalizable to adult patients with hip dysplasia with different demographic characteristics or to patients who do not participate in social media support groups.
Surgeons should recognize that patients are likely to leave their office without their information needs being met. SDM strategies can promote more effective information exchanges in the clinic so surgeons can help patients identify their information needs, provide education and direction to accurate and reputable resources to meet those needs, and help patients appraise information they gather and apply it to their personal situation. Hip preservation surgeons can use the sample SDM script and checklist offered here to support adult patients with hip dysplasia who are making PAO surgery decisions until a future diagnosis and treatment-specific decision-making tool is available.
髋臼周围截骨术(PAO)手术为共同决策(SDM)提供了契机,决策工具可能会促进这一过程。目前,针对该患者群体,尚无特定于诊断或治疗的决策工具。了解患者进行PAO手术的决策经历和过程,将有助于开发特定于治疗的决策工具,并有助于髋关节保留外科医生开展共同决策实践。
问题/目的:采用定性方法来回答以下问题:(1)决定接受PAO手术的成年髋关节发育不良患者的信息支持需求是什么?(2)决定接受PAO手术的成年髋关节发育不良患者认为什么是重要的?(3)接受过PAO手术的成年髋关节发育不良患者如何体验手术决策过程?(4)决定接受PAO手术时,成年髋关节发育不良患者与外科医生共同决策的要素有哪些?
通过五个PAO手术脸书支持小组,招募了15名在美国的自愿参与、讲英语、被诊断为髋关节发育不良且在研究前6至12个月接受过PAO手术的患者。如果个体存在潜在的神经肌肉疾病或与非发育性髋关节发育不良相关的其他诊断,或者在数据收集前12个月以上曾接受过PAO手术,则将其排除。我们采用目的抽样策略,根据年龄和术前活动水平促进样本的异质性,因为这些是可能影响决策的特征。参与者被分为三个年龄组:20至29岁、30至39岁和≥40岁。根据自我报告的加州大学洛杉矶分校(UCLA)活动量表评分,参与者术前还被分为“低活动水平”、“中等活动水平”或“高活动水平”。如果符合纳入标准并满足我们的一个抽样类别,参与者将被连续纳入;如果在前15次访谈中未达到主题饱和,我们计划招募更多参与者。参与者包括14名女性和1名男性,年龄在23至48岁之间,所有参与者在访谈前6至12个月均因髋关节发育不良接受了PAO手术。由一名访谈者通过Zoom视频会议,对每位参与者进行一对一的半结构化访谈,并进行视频和音频记录。参与者回答半结构化访谈问题,并对调查问卷问题提供口头回答,以便研究人员在2021年6月至2021年8月期间获取人口统计学信息以及有关他们的症状、诊断和PAO手术的详细信息。定量调查数据采用描述性统计进行分析。定性数据由三名研究人员使用反思性主题分析原则进行分析。候选主题经过反复定义和重新定义,直到形成明显不同但核心相关且能回答研究问题的核心主题。所有为类别和主题发展提供信息的代码均在前六份分析的转录本中生成。研究团队认为通过15次访谈实现了主题饱和。
成年髋关节发育不良患者的主要信息需求包括与诊断和治疗相关的信息,以及与手术和恢复相关的后勤信息。许多患者表示,他们的外科医生仅部分满足了他们的信息需求;大多数患者通过科学研究和在线资源进行额外的信息搜索,并依靠患者同伴来满足有关手术和恢复的实际经验及后勤方面的信息需求。对患者来说重要 的是,PAO手术能够保留他们的原生髋关节或推迟全髋关节置换术(THA),并且PAO手术可能会减轻他们的疼痛并改善功能;当患者能够确定PAO手术的适应症和目标如何与他们自己的情况及手术目标相一致时,决策过程会更加顺利。当信息需求得到满足、PAO手术的适应症和目标与他们的个人价值观和目标相一致,以及他们偏好的和实际的决策角色一致时,患者的决策体验会更积极。成年髋关节发育不良患者描述了在患者被邀请围绕PAO手术分享个人偏好、价值观和目标的程度,以及评估患者偏好的决策角色的程度方面存在很大差异。
我们发现共同决策的要素并未始终融入髋关节保留实践中。通过这项工作获得的关于患者PAO手术信息需求、患者决定手术时重要的因素以及他们PAO手术决策体验的知识,可以为未来PAO手术决策工具的开发提供参考。未来需要进行研究以验证本研究的结果,并确定这些结果是否可推广到具有不同人口统计学特征的成年髋关节发育不良患者或未参与社交媒体支持小组的患者。
外科医生应认识到患者可能在未满足信息需求的情况下离开诊室。共同决策策略可以促进临床中更有效的信息交流,以便外科医生能够帮助患者确定他们的信息需求,为满足这些需求提供指向准确和可靠资源的教育与指导,并帮助患者评估他们收集的信息并将其应用于个人情况。在未来有特定于诊断和治疗的决策工具可用之前,髋关节保留外科医生可以使用此处提供的示例共同决策脚本和清单,以支持正在做出PAO手术决策的成年髋关节发育不良患者。