- 单个评估数值评估(SANE)[时间范围:手术后3个月]
理智是一个单项,全球,患者报告的结局指标,参与者对问题的全数响应为“从0到100的规模,您今天如何评价受伤的肩膀,而100个正常? “ SANE量表可靠性非常好(ICC更大或等于0.80),测量的标准误差范围为4.23至7.82点。 SANE的有效性显示,SANE量表与其他部分报告的结果指标之间的相关性为0.50-0.88(中度至非常强的相关性)。
- 单个评估数值评估(SANE)[时间范围:手术后6个月]
理智是一个单项,全球,患者报告的结局指标,参与者对问题的全数响应为“从0到100的规模,您今天如何评价受伤的肩膀,而100个正常? “ SANE量表可靠性非常好(ICC更大或等于0.80),测量的标准误差范围为4.23至7.82点。 SANE的有效性显示,SANE量表与其他部分报告的结果指标之间的相关性为0.50-0.88(中度至非常强的相关性)。
- 单个评估数值评估(SANE)[时间范围:手术后12个月]
理智是一个单项,全球,患者报告的结局指标,参与者对问题的全数响应为“从0到100的规模,您今天如何评价受伤的肩膀,而100个正常? “ SANE量表可靠性非常好(ICC更大或等于0.80),测量的标准误差范围为4.23至7.82点。 SANE的有效性显示,SANE量表与其他部分报告的结果指标之间的相关性为0.50-0.88(中度至非常强的相关性)。
- 单个评估数值评估(SANE)[时间范围:手术后24个月]
理智是一个单项,全球,患者报告的结局指标,参与者对问题的全数响应为“从0到100的规模,您今天如何评价受伤的肩膀,而100个正常? “ SANE量表可靠性非常好(ICC更大或等于0.80),测量的标准误差范围为4.23至7.82点。 SANE的有效性显示,SANE量表与其他部分报告的结果指标之间的相关性为0.50-0.88(中度至非常强的相关性)。
- Brophy肩部活动水平[时间范围:随机三个月后]
Brophy肩部活动水平是患者报告的参与者体育活动水平的量度。它由5个以5分制(0-4)评分的项目组成,其中较高的分数表明活动参与度更高。量表上的可能分数范围为0-20。
- Brophy肩部活动水平[时间范围:随机分配后6个月]
Brophy肩部活动水平是患者报告的参与者体育活动水平的量度。它由5个以5分制(0-4)评分的项目组成,其中较高的分数表明活动参与度更高。量表上的可能分数范围为0-20。
- Brophy肩部活动水平[时间范围:随机进行12个月]
Brophy肩部活动水平是患者报告的参与者体育活动水平的量度。它由5个以5分制(0-4)评分的项目组成,其中较高的分数表明活动参与度更高。量表上的可能分数范围为0-20。
- Brophy肩部活动水平[时间范围:随机分配后24个月]
Brophy肩部活动水平是患者报告的参与者体育活动水平的量度。它由5个以5分制(0-4)评分的项目组成,其中较高的分数表明活动参与度更高。量表上的可能分数范围为0-20。
- 患者报告的结果测量信息系统(Promis)身体功能(PF) - 上肢(UE)[时间范围:随机分组后3个月]
患者报告的结果测量信息系统(PROMIS)身体功能量表 - 上肢(UE)由121个项目组成的项目库组成,该项目评估身体功能,无论存在的健康状况如何,可以用作计算机自适应测试(CAT)或通过使用短表格。身体功能量表得分转化为T评分,其中50分的得分代表美国人口平均值,标准偏差为10,表明人口标准偏差。
- 患者报告的结果测量信息系统(Promis)身体功能(PF) - 上肢(UE)[时间范围:随机分组后6个月]
患者报告的结果测量信息系统(PROMIS)身体功能量表 - 上肢(UE)由121个项目组成的项目库组成,该项目评估身体功能,无论存在的健康状况如何,可以用作计算机自适应测试(CAT)或通过使用短表格。身体功能量表得分转化为T评分,其中50分的得分代表美国人口平均值,标准偏差为10,表明人口标准偏差。
- 患者报告的结果测量信息系统(Promis)身体功能(PF) - 上肢(UE)[时间范围:随机分组后12个月]
患者报告的结果测量信息系统(PROMIS)身体功能量表 - 上肢(UE)由121个项目组成的项目库组成,该项目评估身体功能,无论存在的健康状况如何,可以用作计算机自适应测试(CAT)或通过使用短表格。身体功能量表得分转化为T评分,其中50分的得分代表美国人口平均值,标准偏差为10,表明人口标准偏差。
- 患者报告的结果测量信息系统(Promis)身体功能(PF) - 上肢(UE)[时间范围:随机分组后24个月]
患者报告的结果测量信息系统(PROMIS)身体功能量表 - 上肢(UE)由121个项目组成的项目库组成,该项目评估身体功能,无论存在的健康状况如何,可以用作计算机自适应测试(CAT)或通过使用短表格。身体功能量表得分转化为T评分,其中50分的得分代表美国人口平均值,标准偏差为10,表明人口标准偏差。
- 患者报告的结果测量信息系统(PROMIS)Global-10 [时间范围:手术后3个月]
Promis-10全球健康还衡量了五个领域:身体机能,疲劳,疼痛,情绪困扰和社会健康。物品以五分尺度的评分。它包括身体和心理健康组成部分分数,可以转换为t得分分布,平均值为50,标准偏差为10。较高的分数表明健康状况更好。
- 患者报告的结果测量信息系统(PROMIS)Global-10 [时间范围:手术后6个月]
Promis-10全球健康还衡量了五个领域:身体机能,疲劳,疼痛,情绪困扰和社会健康。物品以五分尺度的评分。它包括身体和心理健康组成部分分数,可以转换为t得分分布,平均值为50,标准偏差为10。较高的分数表明健康状况更好。
- 患者报告的结果测量信息系统(PROMIS)Global-10 [时间范围:手术后12个月]
Promis Global-10是一名10个项目的患者,报道了全球身体和情感健康的度量。 Promis-10全球健康还衡量了五个领域:身体机能,疲劳,疼痛,情绪困扰和社会健康。物品以五分尺度的评分。它包括身体和心理健康组成部分分数,可以转换为t得分分布,平均值为50,标准偏差为10。较高的分数表明健康状况更好。
- 患者报告的结果测量信息系统(PROMIS)Global-10 [时间范围:手术后24个月]
Promis Global-10是一名10个项目的患者,报道了全球身体和情感健康的度量。 Promis-10全球健康还衡量了五个领域:身体机能,疲劳,疼痛,情绪困扰和社会健康。物品以五分尺度的评分。它包括身体和心理健康组成部分分数,可以转换为t得分分布,平均值为50,标准偏差为10。较高的分数表明健康状况更好。
- 运动恐惧症11(TSK-11)的坦帕量表[时间范围:手术后3个月]
坦帕(Tampa)的运动
恐惧症-11量表量化了由于运动和体育锻炼而造成的对重伤的恐惧。项目的评分从1(非常不同意)到4(完全同意)。总TSK -11分数范围为11-44,得分较高,表明对疼痛,运动和伤害的恐惧更大。
- 运动恐惧症11(TSK-11)的坦帕量表[时间范围:手术后6个月]
坦帕(Tampa)的运动
恐惧症-11量表量化了由于运动和体育锻炼而造成的对重伤的恐惧。项目的评分从1(非常不同意)到4(完全同意)。总TSK -11分数范围为11-44,得分较高,表明对疼痛,运动和伤害的恐惧更大。
- 运动恐惧症11(TSK-11)的坦帕量表[时间范围:手术后12个月]
坦帕(Tampa)的运动
恐惧症-11量表量化了由于运动和体育锻炼而造成的对重伤的恐惧。项目的评分从1(非常不同意)到4(完全同意)。总TSK -11分数范围为11-44,得分较高,表明对疼痛,运动和伤害的恐惧更大。
- 运动恐惧症11(TSK-11)的坦帕量表[时间范围:手术后24个月]
坦帕(Tampa)的运动
恐惧症-11量表量化了由于运动和体育锻炼而造成的对重伤的恐惧。项目的评分从1(非常不同意)到4(完全同意)。总TSK -11分数范围为11-44,得分较高,表明对疼痛,运动和伤害的恐惧更大。
- 简短的弹性量表[时间范围:随机分组后3个月]
简短的弹性量表是一份6项问卷,可衡量个人从持续与健康相关的压力中恢复的能力。它使用5点李克特量表,范围从“完全不同意”到“完全同意”。总的来说,单个响应创造了6-30的可能分数范围。然后将总分数除以最终分数回答的问题总数。分数从1到5,其中较高的分数表明弹性能力积极。
- 简短的弹性量表[时间范围:随机分配后6个月]
简短的弹性量表是一份6项问卷,可衡量个人从持续与健康相关的压力中恢复的能力。它使用5点李克特量表,范围从“完全不同意”到“完全同意”。总的来说,单个响应创造了6-30的可能分数范围。然后将总分数除以最终分数回答的问题总数。分数从1到5,其中较高的分数表明弹性能力积极。
- 简短的弹性量表[时间范围:随机分组后12个月]
简短的弹性量表是一份6项问卷,可衡量个人从持续与健康相关的压力中恢复的能力。它使用5点李克特量表,范围从“完全不同意”到“完全同意”。总的来说,单个响应创造了6-30的可能分数范围。然后将总分数除以最终分数回答的问题总数。分数从1到5,其中较高的分数表明弹性能力积极。
- 简短的弹性量表[时间范围:随机分配后24个月]
简短的弹性量表是一份6项问卷,可衡量个人从持续与健康相关的压力中恢复的能力。它使用5点李克特量表,范围从“完全不同意”到“完全同意”。总的来说,单个响应创造了6-30的可能分数范围。然后将总分数除以最终分数回答的问题总数。分数从1到5,其中较高的分数表明弹性能力积极。
- 患者可接受的症状状态(通过)[时间范围:随机分组后3个月]
通过向参与者提出问题来评估患者可接受的症状状态:考虑到您在日常生活中的所有活动,疼痛程度以及活动的限制和参与限制,您是否认为肩膀的当前状态令人满意? “ PSS问题被回答为“是”或“否”。“是”的回答表明该个人对当前的症状状态满意。通行证问题表明,在患者之后,患者对患者有足够的休息可靠性骨科手术,据报道KAPPA系数为0.78。
- 患者可接受的症状状态(通过)[时间范围:随机分配后6个月]
通过向参与者提出问题来评估患者可接受的症状状态:考虑到您在日常生活中的所有活动,疼痛程度以及活动的限制和参与限制,您是否认为肩膀的当前状态令人满意? “ PSS问题被回答为“是”或“否”。“是”的回答表明该个人对当前的症状状态满意。通行证问题表明,在患者之后,患者对患者有足够的休息可靠性骨科手术,据报道KAPPA系数为0.78。
- 患者可接受的症状状态(通过)[时间范围:随机分组后12个月]
通过向参与者提出问题来评估患者可接受的症状状态:考虑到您在日常生活中的所有活动,疼痛程度以及活动的限制和参与限制,您是否认为肩膀的当前状态令人满意? “ PSS问题被回答为“是”或“否”。“是”的回答表明该个人对当前的症状状态满意。通行证问题表明,在患者之后,患者对患者有足够的休息可靠性骨科手术,据报道KAPPA系数为0.78。
- 患者可接受的症状状态(通过)[时间范围:随机分配后24个月]
通过向参与者提出问题来评估患者可接受的症状状态:考虑到您在日常生活中的所有活动,疼痛程度以及活动的限制和参与限制,您是否认为肩膀的当前状态令人满意? “ PSS问题被回答为“是”或“否”。“是”的回答表明该个人对当前的症状状态满意。通行证问题表明,在患者之后,患者对患者有足够的休息可靠性骨科手术,据报道KAPPA系数为0.78。
- 功能合并症指数[时间范围:手术后3个月]
功能合并症指数(FCI)是评估医学合并症的存在的18项措施。 FCI是与物理功能相关的医学合并症的自我管理报告。使用医疗合并症是为骨科创建风险调整模型的重要因素。发现FCI与Charleston(R2 = 0.18)和Kaplan-Feinstein(R2 = 0.17)指数相比,与SF-36物理功能子量表(R2 = 0.29)证明了与SF-36身体功能量表的缔合。当个体根据SF-36分类为高功能和低功能时,FCI正确分类了77%的病例。
- 功能合并症指数[时间范围:手术后6个月]
功能合并症指数(FCI)是评估医学合并症的存在的18项措施。 FCI是与物理功能相关的医学合并症的自我管理报告。使用医疗合并症是为骨科创建风险调整模型的重要因素。发现FCI与Charleston(R2 = 0.18)和Kaplan-Feinstein(R2 = 0.17)指数相比,与SF-36物理功能子量表(R2 = 0.29)证明了与SF-36身体功能量表的缔合。当个体根据SF-36分类为高功能和低功能时,FCI正确分类了77%的病例。
- 功能合并症指数[时间范围:手术后12个月]
功能合并症指数(FCI)是评估医学合并症的存在的18项措施。 FCI是与物理功能相关的医学合并症的自我管理报告。使用医疗合并症是为骨科创建风险调整模型的重要因素。发现FCI与Charleston(R2 = 0.18)和Kaplan-Feinstein(R2 = 0.17)指数相比,与SF-36物理功能子量表(R2 = 0.29)证明了与SF-36身体功能量表的缔合。当个体根据SF-36分类为高功能和低功能时,FCI正确分类了77%的病例。
- 功能合并症指数[时间范围:手术后24个月]
功能合并症指数(FCI)是评估医学合并症的存在的18项措施。 FCI是与物理功能相关的医学合并症的自我管理报告。使用医疗合并症是为骨科创建风险调整模型的重要因素。发现FCI与Charleston(R2 = 0.18)和Kaplan-Feinstein(R2 = 0.17)指数相比,与SF-36物理功能子量表(R2 = 0.29)证明了与SF-36身体功能量表的缔合。当个体根据SF-36分类为高功能和低功能时,FCI正确分类了77%的病例。
- 肩膀的被动运动范围[时间范围:手术后3个月]
两种肩膀的被动抬高和外部旋转和内部旋转的范围将通过角度计测量。运动测量范围将使用以1度增量标记的大型透明塑料颗粒进行1度。
- 肩膀的被动运动范围[时间范围:手术后4个月]
两种肩膀的被动抬高和外部旋转和内部旋转的范围将通过角度计测量。运动测量范围将使用以1度增量标记的大型透明塑料颗粒进行1度。
- 肩膀的被动运动范围[时间范围:手术后6个月]
两种肩膀的被动抬高和外部旋转和内部旋转的范围将通过角度计测量。运动测量范围将使用以1度增量标记的大型透明塑料颗粒进行1度。
- 肩部的等距肌肉强度[时间范围:手术后3个月]
等距肌肉的强度将在5个位置评估(在0度下于0度的外部旋转,在90度处旋转,内部旋转为0度,内部旋转在90度下旋转,使用手持式测功机评估了90度的内部旋转,在90度下旋转90度,肩cap骨平面外展开)。
- 肩部的等距肌肉强度[时间范围:手术后4个月]
等距肌肉的强度将在5个位置评估(在0度下于0度的外部旋转,在90度处旋转,内部旋转为0度,内部旋转在90度下旋转,使用手持式测功机评估了90度的内部旋转,在90度下旋转90度,肩cap骨平面外展开)。
- 肩部的等距肌肉强度[时间范围:手术后6个月]
等距肌肉的强度将在5个位置评估(在0度下于0度的外部旋转,在90度处旋转,内部旋转为0度,内部旋转在90度下旋转,使用手持式测功机评估了90度的内部旋转,在90度下旋转90度,肩cap骨平面外展开)。
- 上肢功能测试的性能 - 闭合动力学链上肢稳定性测试[时间范围:手术后4个月]
封闭的动力学链上肢稳定性测试:参与者采取完整的俯卧撑位置。他们尽可能快地彼此交替触摸每只手15秒钟。 15秒内的触摸次数。将进行三次试验,并将计算平均值。
- 上肢功能测试的性能 - 闭合动力学链上肢稳定性测试[时间范围:手术后6个月]
封闭的动力学链上肢稳定性测试:参与者采取完整的俯卧撑位置。他们尽可能快地彼此交替触摸每只手15秒钟。 15秒内的触摸次数。将进行三次试验,并将计算平均值。
- 上肢功能测试的性能 - 单方面座椅射击测试[时间范围:手术后4个月]
单方面座椅射击测试:以厘米为单位记录的射击距离。从参与者的背部到地板上的球接触地点,将2.72公斤的药球推到了2.72公斤的药球。参与者将完成每个ARM的三项试验,平均3个试验用于分析。
- 上肢功能测试的性能 - 单方面座椅射击测试[时间范围:手术后6个月]
单方面座椅射击测试:以厘米为单位记录的射击距离。从参与者的背部到地板上的球接触地点,将2.72公斤的药球推到了2.72公斤的药球。参与者将完成每个ARM的三项试验,平均3个试验用于分析。
- 上肢的功能测试表现 - 俯卧撑[时间范围:手术后4个月]
俯卧撑:可以在60秒内完成的俯卧撑数量计算。测试进行两次,并记录较高的重复次数。
- 上肢功能测试的性能 - 俯卧撑[时间范围:手术后6个月]
俯卧撑:可以在60秒内完成的俯卧撑数量计算。测试进行两次,并记录较高的重复次数。
- 在上肢的功能测试上的性能 - 加权上空球投掷[时间范围:手术后4个月]
加权的高架球投掷:参与者将用双手扔一个9.07公斤的药球。掷球的距离记录为厘米。将进行三项试验。
- 在上肢的功能测试上的性能 - 加权上空球投掷[时间范围:手术后6个月]
加权的高架球投掷:参与者将用双手扔一个9.07公斤的药球。掷球的距离记录为厘米。将进行三项试验。
- Performance on Functional Tests of the Upper Extremity - Upper Quarter Y-Balance test [ Time Frame: 4 months after surgery ]
Upper Quarter Y-Balance test: Maximum reach in 3 directions (medial, inferolateral, and superolateral), recorded in centimeters. Subjects stand in a three-point plank position with the tested shoulder perpendicular to the hand and the feet shoulder-width apart. Three test trials will be performed on each side with 30 seconds of rest in between each trial. A normalized composite score is the mean of the average distance in all three reach directions.
- Performance on Functional Tests of the Upper Extremity - Upper Quarter Y-Balance test [ Time Frame: 6 months after surgery ]
Upper Quarter Y-Balance test: Maximum reach in 3 directions (medial, inferolateral, and superolateral), recorded in centimeters. Subjects stand in a three-point plank position with the tested shoulder perpendicular to the hand and the feet shoulder-width apart. Three test trials will be performed on each side with 30 seconds of rest in between each trial. A normalized composite score is the mean of the average distance in all three reach directions.
- Clinical Measures after Surgical Stabilization - Pain [ Time Frame: 2 weeks after surgery ]
Pain: Pain intensity will be recorded utilizing an 11-point numeric pain scale (NPRS) that ranges from 0 (no pain) to 10 (worst imaginable pain). Th current, least, and worst pain intensity in the past 24 hours will be recorded and summed to create a pain score that ranges from 0 to 30.
- Clinical Measures after Surgical Stabilization - Pain [ Time Frame: 6 weeks +/- 2 weeks after surgery ]
Pain: Pain intensity will be recorded utilizing an 11-point numeric pain scale (NPRS) that ranges from 0 (no pain) to 10 (worst imaginable pain). Th current, least, and worst pain intensity in the past 24 hours will be recorded and summed to create a pain score that ranges from 0 to 30.
- Clinical Measures after Surgical Stabilization - Pain [ Time Frame: 3 months after surgery ]
Pain: Pain intensity will be recorded utilizing an 11-point numeric pain scale (NPRS) that ranges from 0 (no pain) to 10 (worst imaginable pain). Th current, least, and worst pain intensity in the past 24 hours will be recorded and summed to create a pain score that ranges from 0 to 30.
- Clinical Measures after Surgical Stabilization - Pain [ Time Frame: 5 months +/- month after surgery ]
Pain: Pain intensity will be recorded utilizing an 11-point numeric pain scale (NPRS) that ranges from 0 (no pain) to 10 (worst imaginable pain). Th current, least, and worst pain intensity in the past 24 hours will be recorded and summed to create a pain score that ranges from 0 to 30.
- Clinical Measures after Surgical Stabilization - Pain [ Time Frame: 12 months after surgery ]
Pain: Pain intensity will be recorded utilizing an 11-point numeric pain scale (NPRS) that ranges from 0 (no pain) to 10 (worst imaginable pain). Th current, least, and worst pain intensity in the past 24 hours will be recorded and summed to create a pain score that ranges from 0 to 30.
- Clinical Measures after Surgical Stabilization - Pain Medication Usage [ Time Frame: 2 weeks after surgery ]
Pain Medication Usage: At follow-up visit, current narcotic pain medication usage is recorded. Usage (Yes/No): If "Yes," name of medication, dose, frequency of use, and indication is noted.
- Clinical Measures after Surgical Stabilization - Pain Medication Usage [ Time Frame: 6 weeks +/- 2 weeks after surgery ]
Pain Medication Usage: At follow-up visit, current narcotic pain medication usage is recorded. Usage (Yes/No): If "Yes," name of medication, dose, frequency of use, and indication is noted.
- Clinical Measures after Surgical Stabilization - Pain Medication Usage [ Time Frame: 3 months after surgery ]
Pain Medication Usage: At follow-up visit, current narcotic pain medication usage is recorded. Usage (Yes/No): If "Yes," name of medication, dose, frequency of use, and indication is noted.
- Clinical Measures after Surgical Stabilization - Pain Medication Usage [ Time Frame: 5 months +/- month after surgery ]
Pain Medication Usage: At follow-up visit, current narcotic pain medication usage is recorded. Usage (Yes/No): If "Yes," name of medication, dose, frequency of use, and indication is noted.
- Clinical Measures after Surgical Stabilization - Pain Medication Usage [ Time Frame: 12 months after surgery ]
Pain Medication Usage: At follow-up visit, current narcotic pain medication usage is recorded. Usage (Yes/No): If "Yes," name of medication, dose, frequency of use, and indication is noted.
- Clinical Measures after Surgical Stabilization - Use of Post-op Brace [ Time Frame: 2 weeks after surgery ]
Use of Post-op Brace: Usage (Yes/No): If "No," date brace was discontinued will be recorded.
- Clinical Measures after Surgical Stabilization - Use of Post-op Brace [ Time Frame: 6 weeks +/- 2 weeks after surgery ]
Use of Post-op Brace: Usage (Yes/No): If "No," date brace was discontinued will be recorded.
- Clinical Measures after Surgical Stabilization - Use of Post-op Brace [ Time Frame: 3 months after surgery ]
Use of Post-op Brace: Usage (Yes/No): If "No," date brace was discontinued will be recorded.
- Clinical Measures after Surgical Stabilization - Use of Post-op Brace [ Time Frame: 5 months +/- month after surgery ]
Use of Post-op Brace: Usage (Yes/No): If "No," date brace was discontinued will be recorded.
- Clinical Measures after Surgical Stabilization - Use of Post-op Brace [ Time Frame: 12 months after surgery ]
Use of Post-op Brace: Usage (Yes/No): If "No," date brace was discontinued will be recorded.
- Clinical Measures after Surgical Stabilization - Wound Status [ Time Frame: 2 weeks after surgery ]
Wound Status: At follow-up visit, wound status recorded as healed, healing, draining, open, erythema or presence of a superficial wound infection.
- Clinical Measures after Surgical Stabilization - Wound Status [ Time Frame: 6 weeks +/- 2 weeks after surgery ]
Wound Status: At follow-up visit, wound status recorded as healed, healing, draining, open, erythema or presence of a superficial wound infection.
- Clinical Measures after Surgical Stabilization - Wound Status [ Time Frame: 3 months after surgery ]
Wound Status: At follow-up visit, wound status recorded as healed, healing, draining, open, erythema or presence of a superficial wound infection.
- Clinical Measures after Surgical Stabilization - Wound Status [ Time Frame: 5 months +/- month after surgery ]
Wound Status: At follow-up visit, wound status recorded as healed, healing, draining, open, erythema or presence of a superficial wound infection.
- Clinical Measures after Surgical Stabilization - Wound Status [ Time Frame: 12 months after surgery ]
Wound Status: At follow-up visit, wound status recorded as healed, healing, draining, open, erythema or presence of a superficial wound infection.
- Clinical Measures after Surgical Stabilization - Neurovascular status [ Time Frame: 2 weeks after surgery ]
Neurovascular status: Assessment of neurovascular status will include assessment of pulses, sensation to pain, and distal motor function. Brachial pulses will be recorded as symmetrical, diminished, or absent. Sensation to pain will be recorded as normal, diminished or absent. Distal motor function of the wrist will be recorded as strong/symmetrical to the contralateral arm, diminished, or absent.
- Clinical Measures after Surgical Stabilization - Neurovascular status [ Time Frame: 6 weeks +/- 2 weeks after surgery ]
Neurovascular status: Assessment of neurovascular status will include assessment of pulses, sensation to pain, and distal motor function. Brachial pulses will be recorded as symmetrical, diminished, or absent. Sensation to pain will be recorded as normal, diminished or absent. Distal motor function of the wrist will be recorded as strong/symmetrical to the contralateral arm, diminished, or absent.
- Clinical Measures after Surgical Stabilization - Neurovascular status [ Time Frame: 3 months after surgery ]
Neurovascular status: Assessment of neurovascular status will include assessment of pulses, sensation to pain, and distal motor function. Brachial pulses will be recorded as symmetrical, diminished, or absent. Sensation to pain will be recorded as normal, diminished or absent. Distal motor function of the wrist will be recorded as strong/symmetrical to the contralateral arm, diminished, or absent.
- Clinical Measures after Surgical Stabilization - Neurovascular status [ Time Frame: 5 months +/- month after surgery ]
Neurovascular status: Assessment of neurovascular status will include assessment of pulses, sensation to pain, and distal motor function. Brachial pulses will be recorded as symmetrical, diminished, or absent. Sensation to pain will be recorded as normal, diminished or absent. Distal motor function of the wrist will be recorded as strong/symmetrical to the contralateral arm, diminished, or absent.
- Clinical Measures after Surgical Stabilization - Neurovascular status [ Time Frame: 12 months after surgery ]
Neurovascular status: Assessment of neurovascular status will include assessment of pulses, sensation to pain, and distal motor function. Brachial pulses will be recorded as symmetrical, diminished, or absent. Sensation to pain will be recorded as normal, diminished or absent. Distal motor function of the wrist will be recorded as strong/symmetrical to the contralateral arm, diminished, or absent.
- Clinical Measures after Surgical Stabilization - Additional Diagnostic Tests [ Time Frame: 2 weeks after surgery ]
Additional Diagnostic Tests: At follow-up visit, any additional diagnostic tests will be recorded. (Yes/No): If "Yes," the test, date and indication will be recorded.
- Clinical Measures after Surgical Stabilization - Additional Diagnostic Tests [ Time Frame: 3 months after surgery ]
Additional Diagnostic Tests: At follow-up visit, any additional diagnostic tests will be recorded. (Yes/No): If "Yes," the test, date and indication will be recorded.
- Clinical Measures after Surgical Stabilization - Additional Diagnostic Tests [ Time Frame: 5 months +/- month after surgery ]
Additional Diagnostic Tests: At follow-up visit, any additional diagnostic tests will be recorded. (Yes/No): If "Yes," the test, date and indication will be recorded.
- Clinical Measures after Surgical Stabilization - Additional Diagnostic Tests [ Time Frame: 12 months after surgery ]
Additional Diagnostic Tests: At follow-up visit, any additional diagnostic tests will be recorded. (Yes/No): If "Yes," the test, date and indication will be recorded