全肘关节置换术（人工关节成形术）资料

本方案指导您在基兰·希尔帕拉（Kieran Hirpara）医生处接受全肘关节置换术（全肘关节成形术）后的康复过程。方案从您的家庭锻炼计划开始，随后是专为您的物理治疗师或手部治疗师撰写的结构化临床方案：请将此页面或其PDF文件带给您的首次治疗就诊，以确保您的康复过程协调一致。您的治疗师可能会根据您的康复进展调整计划。

如果您对术后伤口有任何疑虑，请联系诊所。拍摄伤口照片并通过电子邮件发送以供审查通常很有帮助。

预期情况

全肘关节置换术会移除肘关节磨损或受损的关节面，并用金属和塑料假体进行替换。假体的两半（一半固定在您的上臂骨肱骨中，另一半固定在前臂骨尺骨中）通常通过一个小铰链连接，因此被称为半限制性或“连接式”置换。该手术通常用于严重的类风湿性关节炎、终末期骨关节炎，或老年患者中无法修复的某些肘部骨折。

康复的目标是稳定肘关节，保护愈合中的组织，并恢复舒适、无痛的功能性活动范围（即足够的屈曲和伸直角度，以管理进食、洗漱和穿衣等日常任务），而不是使肘关节尽可能强壮。关于伤口、肿胀和瘢痕管理，请参阅诊所的伤口护理指南。

您需要理解的最重要的一点是：该假体旨在满足舒适的日常生活需求，而非重体力劳动。其长期威胁在于塑料衬垫的磨损以及假体在骨骼中的逐渐松动，而这两者均由重负荷驱动。因此，全肘关节置换术后不适合进行剧烈的强化训练，且负重限制将伴随您终生，而不仅仅是在愈合期间。遵守该限制是延长新肘关节使用寿命的最重要措施。

术后您会使用简易吊带以保持舒适，而非刚性夹板或支具。术后第一周内开始进行轻柔的辅助活动，随后的计划将逐步、谨慎地推进。

注意事项与限制

请：

佩戴简易吊带以提供舒适感，并按医嘱使用。
在第一周内，按照 Hirpara 医生和治疗师的指导，开始进行以下轻柔的辅助活动。
保持手部、腕部和肩部的活动，以防止僵硬。
康复后，请终身遵守以下负重限制。

请勿：

术后前 6 周内，患肢请勿提起任何重于约一杯茶（1 磅 / 0.45 公斤）的物品。
请勿强行弯曲肘关节，也不要猛力伸直或推直肘关节。
请勿通过患肢支撑身体从椅子上站起，勿通过患肢提物、推物或支撑体重，也不要让他人拉扯或扭转患肢。
如果手术中剥离了肱三头肌，在您的外科医生允许之前（通常为 6–12 周），请勿主动抗阻力伸直肘关节。
永久性终身限制： 请勿反复提起超过约 2 公斤 的物品，单次发力请勿提起超过约 4.5–5 公斤 的物品。这些限制是永久性的，适用于终身。永远禁止打网球、投掷或进行冲击性运动。

您的练习

这些是您讲义中的练习，旨在轻柔地恢复肘部、前臂、手腕和手部的活动度。请按照希帕拉医生（Dr Hirpara）和治疗师的指导开始练习。保持所有动作轻柔且不勉强；早期阶段的目标是轻松、辅助下的运动，而非用力或拉伸。

您的临床方案

本页面其余部分为半限制性全肘关节置换术后（后方入路，假设采用保留肱三头肌入路）的康复临床方案。本节内容应提供给您的物理治疗师或手治疗师，以下每个阶段均以通俗易懂的语言解释当前的治疗情况。

治疗前，请查阅患者的手术记录和既往病史，并与主治外科医生沟通手术入路，特别是肱三头肌是保留、翻起还是重新附着（Bryan–Morrey 入路），因为这决定了早期的伸直限制和休息体位。

第一阶段——术后即刻，第0–6周

在最初的六周内，重点是保护正在愈合的软组织及肱三头肌，促进伤口愈合和消肿，并开始进行轻柔的辅助活动，以防止肘关节僵硬。Hirpara 医生使用简单的吊带以提供舒适，而非后托夹板或支具。在第1至7天开始进行轻柔的辅助（主动辅助）肘关节屈曲和伸展，肘部紧贴身体侧方，前臂保持中立位至旋前位，利用重力辅助伸展。患侧手臂提举重量不得超过1磅（0.45公斤），且禁止通过患肢负重或推压。

致您的物理治疗师：

制动与注意事项

使用简单吊带以提供舒适（KH 诊所常规：不使用后托夹板或支具）。如果外科医生因软组织问题使用了支具或夹板，请遵循其指示；否则，仅佩戴简单吊带约六周，仅在锻炼和卫生清洁时取下。
肱三头肌翻起/重新附着病例（例如 Bryan–Morrey 术式）： 制动于接近伸直位，早期避免主动及抗阻肘关节伸展，以保护修复部位（参照远端肱三头肌修复原则）。
禁止强行屈曲（会对肱三头肌修复处产生应力）及突然或强行的伸展。
禁止上肢负重，禁止对抗阻力推压，禁止施加内翻/外翻应力。
患侧手臂禁止提举超过1磅（0.45公斤）的物体。

锻炼

第1–7天开始进行轻柔的主动辅助关节活动度（AAROM）肘关节屈曲/伸展，肘部紧贴身体侧方，前臂保持中立位至旋前位；利用重力辅助伸展拉伸。
手部、腕部和肩部的主动关节活动度锻炼，以防止僵硬。

进入第二阶段的指征： 伤口愈合，疼痛得到控制，且已建立轻柔的主动辅助关节活动度。在6周前不得进展至力量强化训练。

第二阶段——功能性活动，从术后6周开始（不早于此时间）

本阶段开始进行轻柔的肌肉激活，随后进行极轻度的力量训练，但绝不进行剧烈训练。活动范围逐步建立至功能性活动弧，阻力谨慎引入并保持轻微。提重物限制在整个阶段持续存在。

致您的物理治疗师：

第二阶段内的时间线

6周： 在所有平面内，于中间范围开始进行亚极量、无痛的等长收缩。如果肱三头肌曾进行翻转/重新附着，在加入伸展等长收缩前需确认已获许可。
8周： 进展至多角度的亚极量等长收缩，避免终末范围。
10–12周： 引入轻度等张力量训练（无重量或阻力不超过 5 磅 (2.3 公斤)），先进行单平面训练，随后进行复合训练。

活动度目标

功能性活动弧：屈曲 30–120/130°，伴前臂旋前 60° 和前臂旋后 60°。
如果在 10–12 周时屈曲角度 < 120°，可考虑使用动态或静态渐进式夹板。

注意事项

继续避免重度负荷、推压和冲击。
力量训练理念（原文引用）： “全肘关节置换术后，进行剧烈的力量训练方案是不适宜的。”

进展标准： 达到并维持无痛的功能性活动弧。

晚期II期及终身，从12周起

从大约12周开始，肘关节转入维持性家庭锻炼计划，以保持无痛的功能活动范围。此后永远不再进行正式的重度力量训练。以下终身活动及负重限制将永久适用。

给您的物理治疗师：

执行家庭锻炼计划，以维持无痛的功能活动范围。
向患者强调永久性的活动限制。
一旦患者获得稳定、舒适的功能活动范围，并恢复适合日常生活的功能，可考虑出院。

重返工作与活动

您的新肘关节旨在满足日常舒适生活的需求，以下限制是永久性的；正是这些限制确保了假体的使用寿命。

负重（终身）： 切勿反复提起超过约 2 公斤（约两个满马克杯）的物品，且使用患侧手臂时，切勿单次用力提起超过约 4.5–5 公斤（约一个满水壶）的物品。在前 6 周内，限制更为严格：切勿提起超过约 1 磅（0.45 公斤）的物品。
运动与冲击： 终身禁止进行网球运动、投掷或承受冲击性负荷。一旦获得许可，可鼓励进行轻柔、低负荷的活动，但肘关节绝不应承受重负荷或受到撞击。
驾驶： 仅在您感到舒适、驾驶时已摘下吊带，并能安全控制方向盘时方可恢复驾驶。请在复查时与 Hirpara 医生确认具体时间。
工作： 轻松的伏案工作和自理任务可在舒适范围内早期恢复。任何涉及提举、搬运、推动或重复性手臂负重的角色，均需与 Hirpara 医生 individually 讨论，因为终身限制同样适用于工作场所。

严格遵守这些限制是保护您的置换关节、避免多年后出现松动或磨损的最重要措施。

术后方案

本方案与诊所的一般康复建议并行；请参阅术后疼痛管理和伤口护理。您的持续康复由物理治疗师或手部治疗师根据您的肘部进展情况进行个体化指导，每次复诊时均应考虑终身活动限制。

Evidence & references

This is the clinical evidence summary written for health professionals. It is technical, and it lists the research this page was built from. You do not need to read it to understand your treatment or to make a decision about it.

Topic scope: post-operative rehabilitation after semi-constrained (linked/hinged) total elbow replacement — most commonly for rheumatoid arthritis, end-stage osteoarthritis, or a non-reconstructable distal humerus fracture in an elderly patient. This brief covers the phased rehabilitation timeline, the early triceps-protection rationale, the functional-arc goal, and — critically — the lifelong lifting restriction that exists to protect the implant against polyethylene wear and aseptic loosening.

Defining principle: unlike most joint replacements, the goal of TEA rehabilitation is a pain-free functional arc (~30–130° flexion, 60°/60° rotation), not maximal strength. The implant's long-term enemies are polyethylene wear and aseptic loosening, both driven by load, so heavy loading is restricted permanently, not just during healing — "the need for a vigorous strengthening program is not appropriate following total elbow arthroplasty." Dr Hirpara's practice: a simple sling for comfort (not a posterior splint or brace), gentle active-assisted motion from day 1–7, isometrics from ~6 weeks, light isotonic (≤ 5 lb) from 10–12 weeks, triceps protection where the triceps was reflected or detached, and a lifelong lifting limit (no repetitive lift > ~2.3 kg; no single lift > ~4.5–5 kg; no tennis/throwing/impact ever).

Consensus phased timeline (week windows)

Anchored to the Brigham & Women's Hospital (BWH) Total Elbow Arthroplasty Protocol (Thornhill; semi-constrained, hinged/linked prosthesis; posterior triceps-sparing approach assumed) and cross-checked against the primary literature. Dr Hirpara's practice substitutes a simple sling for comfort in place of BWH's 60° posterior resting splint; the ROM and strengthening cadence and the lifelong limits are retained.

Phase	Window	Sling / immobilisation	ROM and use	Strengthening	Lifting
I — Immediate post-surgical	Weeks 0–6	Simple sling for comfort (KH — no posterior splint/brace); triceps-reflected cases immobilised nearer extension	Gentle AAROM flexion/extension from day 1–7, elbow adducted, forearm neutral-to-pronated, gravity-assisted extension; hand/wrist/shoulder AROM	None	No lifting > 1 lb (0.45 kg); no weight-bearing/pushing
II — Functional activity	From 6 weeks (not before)	Sling weaned	6 wk: submaximal mid-range isometrics, all planes · 8 wk: multi-angle submaximal isometrics (avoid end-range) · target functional arc 30–120/130°, 60°/60°	10–12 wk: light isotonic, no resistance > 5 lb (2.3 kg), single-plane → composite	Restriction continues
Late II / lifelong	12 weeks onward	—	Maintain pain-free functional arc	No vigorous strengthening — ever	Lifelong limits apply (see below)

Triceps-protection note. Where the triceps is reflected (Bryan–Morrey) rather than spared, early rehabilitation is stricter — immobilisation nearer extension and delayed/limited active and resisted extension to protect the reattachment (cf. distal-triceps-repair logic). Wiesel keeps the elbow in full extension ~24–36 h then begins active-assisted ROM, and adds no pushing/overhead for 3 months to protect the triceps; Wolfe & Ranawat's osteo-anconeus flap is immobilised ~16 days. Triceps insufficiency is a recognised TEA complication.

CRITICAL — lifelong lifting restriction numbers + sources

Source	Repetitive limit	Single-event limit	Lifelong?
BWH Standard of Care (Thornhill)	no repetitive lifts > 5 lb	no single lift > 15 lb	yes — "no heavier than 15 lb for life"; "no tennis or throwing for life"
Wiesel, Operative Techniques in Orthopaedic Surgery (2011)	> 5 lb (~2.3 kg)	> 10 lb (~4.5 kg)	yes (also no pushing/overhead × 3 months to protect triceps)
Toulemonde et al., Int Orthop 2015 (100 semi-constrained TEA)	> 1 kg	5 kg	yes; all weight-lifting avoided entirely for the first 3 months
Kumar & Mahanta, Indian J Orthop 2013	—	5 kg	permanent restriction of strenuous activity

Bottom line / patient-facing range: the canonical teaching is a lifelong restriction of roughly ~5 lb (2.3 kg) repetitive and ~10–15 lb (4.5–5 kg) single event. The exact ceiling varies by source: BWH allows up to 15 lb once; Wiesel caps single lift at 10 lb; the European series (Toulemonde) is most conservative at 1 kg repetitive / 5 kg single. Dr Hirpara quotes the conservative patient-facing range: do not repetitively lift more than ~2 kg, or lift more than ~5 kg in a single event, for life; no tennis/throwing/impact ever.

Key controversies / evidence quality

Lifting-limit variation. Numbers range from 1 kg / 5 kg (Toulemonde 2015) to 5 lb / 15 lb (BWH). The restriction exists to protect against polyethylene wear and aseptic loosening, the dominant long-term failure mode — hence its permanence.
Triceps-sparing vs reflected approach. Surgical handling of the triceps dictates early rehab: triceps-sparing (BWH default) permits earlier gentle AAROM; reflected approaches require protecting the reattachment with immobilisation nearer extension and delayed active/resisted extension. Triceps insufficiency/weakness is a recognised complication.
Longevity and compliance. TEA was historically reserved for elderly low-demand patients owing to implant-longevity concerns (survivorship ~85–96% at 5 y, ~70–92% at 10 y in RA). As indications expand to younger, more active and post-traumatic patients, non-compliance with activity limits drives higher complication and failure rates — which is precisely why the lifelong limit is emphasised to every patient.

Evidence strength flags

MODERATE–STRONG (published protocol + restriction numbers): the BWH institutional Standard of Care provides an explicit phased timeline with verbatim lifting limits, independently corroborated by multiple peer-reviewed primary sources (JBJS, JHS, JSES, Int Orthop, JAAOS) for the lifelong restriction and the triceps-protection rationale.
MODERATE (ROM / strengthening cadence): phase timings and the isometric → light-isotonic progression are consensus/expert-driven; no high-level RCT dictates the rehab cadence. The exact lifting ceiling varies by source.
CONSENSUS: the simple-sling (vs posterior-splint) choice and the precise functional-arc targets reflect surgeon practice and institutional protocols rather than trial data.

CITATIONS

RAG corpus (180,000+ Orthopaedic articles)

Toulemonde J, Ancelin D, Azoulay V, et al. Complications and revisions after semi-constrained total elbow arthroplasty: a mono-centre analysis of 100 cases. Int Orthop. 2015. (1 kg repetitive / 5 kg single; no weight-lifting first 3 months)
Kumar S, Mahanta S. Primary total elbow arthroplasty. Indian J Orthop. 2013. (5-kg weight-lifting restriction)
Schoch B, Wong J, Abboud J, et al. Results of total elbow arthroplasty in patients less than 50 years old. J Hand Surg Am. 2017. (longevity/survivorship driving the restriction)
Seitz WH, Evans PJ, Bismar H, Peers S. Complications of total elbow arthroplasty in nonrheumatoid patients. J Hand Surg Am. 2014. (active patients, poor compliance → complications)
Baghdadi YM, Veillette CJ, Malone AA, et al. Total elbow arthroplasty in obese patients. J Bone Joint Surg Am. 2014;96(9). (higher failure with high BMI)
Barlow JD, Morrey BF, O'Driscoll SW, et al. Activities after total elbow arthroplasty. J Shoulder Elbow Surg. 2013;22(6):787–791.
You D, King G, Dehghan N, et al. Optimizing outcomes in total elbow arthroplasty. J Am Acad Orthop Surg (JAAOS). 2025. (modern failure-reduction review)
Burnier M, Nguyen NTV, Morrey ME, et al. Revision elbow arthroplasty using a proximal ulnar allograft with allograft triceps for combined ulnar bone loss and triceps insufficiency. J Bone Joint Surg Am. 2020;102(22). (triceps insufficiency complication)
Na K, Song S, Lee Y, et al. Modified triceps fascial tongue approach for primary total elbow arthroplasty. J Shoulder Elbow Surg. 2018;27(5):887–893. (triceps weakness after TEA; approach effect)
Wolfe SW, Ranawat CS. The osteo-anconeus flap: an approach for total elbow arthroplasty. J Bone Joint Surg Am. 1990;72(5). (triceps-continuity-preserving approach; ~16-day immobilisation)
Ring D. Instability after total elbow arthroplasty. Hand Clin. 2008. (triceps/LCL reattachment and stability)
Wiesel SW. Operative Techniques in Orthopaedic Surgery. 2011. (5 lb repetitive / 10 lb single; full-extension splint 24–36 h; no pushing/overhead × 3 months to protect triceps)