Patients › Rehabilitation
肱骨外上髁炎（网球肘）
基于负荷的网球肘康复方案——先缓解疼痛，再逐步强化肌腱——涵盖非手术治疗及ECRB肌腱清创术后的恢复。
本页介绍网球肘的管理与康复方法，无论您是接受非手术治疗（绝大多数患者均属此类），还是术后进行肌腱清理术后的恢复。本页面由罗克汉顿 Mater 私人医院的 Kieran Hirpara 医生负责监督。内容首先介绍您的家庭锻炼计划，随后是专为您的物理治疗师或手部治疗师编写的结构化临床方案；请将此页面或其 PDF 文件带给您的治疗师，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恢复进展调整该计划。
预期情况¶
网球肘（肱骨外上髁炎）是肘部外侧肌腱的问题，具体涉及总伸肌腱，尤其是名为桡侧腕短伸肌（ECRB）的一块小肌肉。尽管名称中带有“-itis”（炎），但它并非可以通过休息缓解的炎症。它是一种肌腱的磨损性改变（肌腱病变），肌腱纤维变得紊乱且未能正确愈合。
这一点至关重要，因为它完全改变了治疗方案。通过休息和保护肘部并不能使病情好转；事实上，长期休息往往会使肌腱变得更弱且恢复更慢。病情的改善依赖于逐渐对肌腱进行负荷训练，使其重塑并重建对工作和抓握的耐受性。治疗模式为：首先控制疼痛，然后逐步加强力量训练，从轻柔的等长收缩（isometric）练习开始，逐渐过渡到受控的缓慢力量训练，例如泰勒扭转（Tyler twist）练习。
好消息是，网球肘通常通过正确的负荷训练计划即可自行缓解。约 80–90% 的患者在一年内病情好转，尽管偶尔可能需要 12–18 个月才能完全痊愈。只有在至少六个月高质量、持续一致的康复治疗后仍无效的情况下，才会考虑手术，且只有极少数人（约 4–11%）会发展到需要手术的地步。
注意事项与限制¶
建议：
- 继续使用手臂：对肌腱施加负荷，不要休息。
- 以疼痛为指引：运动期间及运动后出现轻微酸痛是正常的、可预期的；若出现尖锐或加剧的疼痛，请减轻负荷。
- 掌心向上提起物品（如端着一碗汤），以减轻患肌腱的负荷。
- 在进行抓握和提举任务时，在前臂肌肉处使用反作用力护具。
不建议：
- 不要将肘部用石膏或吊带固定不动；对于肌腱病变，这是错误的治疗方式。
- 不要进行肘部伸直且手腕弯曲的重度诱发性抓握动作（例如，掌心向下提举重物）。
- 不要急于进行类固醇注射。皮质类固醇可能在几周内让人感觉良好，但证据表明，与物理治疗或单纯观察等待相比，它在 6–12 个月时会导致更差的结果和更高的复发率。它不是一线治疗方法。
您的锻炼¶
这些是您讲义中的锻炼项目。它们按照康复顺序排列：对抗力护具和等长收缩有助于早期缓解疼痛，拉伸动作保持前臂柔软，而泰勒扭转、前臂旋转和握力训练则帮助肌腱恢复强度。请按照希帕拉医生（Dr Hirpara）和治疗师的指导开始锻炼，不必从第一天起就完成所有项目；治疗师会告知您从哪些项目开始，以及何时加入力量训练。
您的临床方案¶
本页面其余部分为肱骨外上髁炎（网球肘）的临床康复方案。本节内容需提供给您的物理治疗师或手部治疗师，每个阶段均以通俗易懂的语言说明当前阶段的康复重点。
本方案包含两条路径：非手术治疗路径（适用于绝大多数患者的首选方案）和术后路径（适用于少数在经历六个月以上规范保守治疗失败后接受桡侧腕短伸肌（ECRB）清创术的患者）。
非手术路径¶
核心原则是在疼痛指导下进行渐进性肌腱负荷训练。目标是缩短症状病程并恢复负荷耐受性，而非让肌腱休息。
第一阶段——急性期/疼痛控制（0–2周）¶
此阶段的重点是控制疼痛并恢复无负重活动。无需固定；此为相对休息，而非石膏固定。
治疗师须知：
- 目标： 控制疼痛；恢复完全无负重的主动关节活动度（AROM）。
- 管理措施： 活动调整、关节保护及人体工学建议。可选在伸肌总腱上方佩戴对抗力护具，以在抓握时减轻桡侧腕长伸肌（ECRB）起点的负荷；若伸展活动时急性疼痛，可使用腕部（背伸）夹板。辅助镇痛措施包括：冰敷、软组织/仪器辅助软组织松动术（IASTM）、无痛范围内的轻柔主动关节活动度训练、可选的干针疗法及神经滑动练习。
- 进阶标准： 无疼痛的完全无负重主动关节活动度；能够独立完成家庭训练计划。
第二阶段——亚急性期/早期负荷（2–4周）¶
肌腱负荷开始轻柔施加，同时处理近端动力链（肩胛骨和肩袖），因为上臂近端的无力会导致肘部负荷过重。
供您物理治疗师参考：
- 目标： 开始肌腱负荷；处理近端动力链。
- 练习： 等长腕伸肌和腕屈肌负荷（轻负荷；等长收缩在反应性肌腱病中耐受性良好且具有镇痛作用）；肘关节屈曲90°时，腕屈肌和腕伸肌的渐进性拉伸；近端训练：前锯肌、中下斜方肌、肩袖肌群和肩胛稳定肌。
- 进阶标准： 维持全范围关节活动度；能耐受肘关节屈曲90°时的拉伸；握力/力量达到对侧的约70%。
第三阶段——强化/回归（4–6+周，常持续至12周）¶
此阶段旨在重建肌腱，并恢复工作与运动所需的负荷耐受能力。离心-向心负荷是核心的治疗驱动因素。
致您的物理治疗师：
- 目标： 恢复负荷耐受能力及运动/工作能力。
- 练习： 腕背伸及前臂旋前/旋后的离心-向心负荷；Tyler Twist（FlexBar）是典型的居家离心训练工具。将拉伸进展至肘关节伸直位；动态关节松动术（Mulligan）。进行握力强化及任务/运动特异性负荷；运动员进行增强式训练。随着患者症状消失，逐渐停用反作用力护具。对运动员进行器械调整（握柄尺寸、网线张力、技术动作）。
- 进阶（回归运动）标准： 约为对侧力量的90%，无痛功能，以及具备自我管理能力。
术后路径（ECRB清创术 ± 松解术）¶
手术仅适用于约4%–11%在≥6个月规范保守治疗失败的患者。开放式Nirschl型清创术与关节镜下ECRB清创术疗效相当。以下时间线遵循 Brigham & Women's 医院针对肱骨外上髁清创术的标准护理方案。
第一阶段 — 保护（第1–7天）¶
在第一周内，仅使用吊带以提供舒适。
致您的物理治疗师：
- 使用吊带以提供舒适；冰敷20分钟，每日2–3次；切口处覆盖肘部护垫。
- 轻柔的无痛手、腕和肘关节主动关节活动度（AROM）训练；肩关节主动活动度（ROM）训练；肩胛周围肌群练习。
- 尽量减少增加伸肌机制负荷的日常活动（如提举重物、肘关节完全伸直伴腕关节屈曲）；掌心向上提举以减轻伸肌负荷；若急性疼痛明显，可酌情使用腕部支具。
第二阶段——早期活动（第2–4周）¶
给您的物理治疗师：
- 停止使用吊带。 在疼痛耐受范围内开始被动活动（PROM）和辅助主动活动。
- 轻柔的力量训练：主动活动及次最大等长收缩。开始瘢痕管理。
阶段3——强化训练（第5–7周）¶
供您物理治疗师参考：
- 逐步增加抗阻强化训练（使用哑铃/治疗带），重点加强腕伸肌耐力（轻负荷，高次数）。恢复全范围主动和被动关节活动度（ROM）。
- 向桡侧腕长、短伸肌总腱引入对抗力护具（并教育患者避免神经受压）；进行轻柔的横向纤维按摩；开始功能性准备训练。
第四阶段 — 功能恢复/回归（第8–12周）¶
供您物理治疗师参考：
- 任务特异性功能训练；回归更高级别的工作和娱乐活动。
- 根据需要在无痛日常生活活动（ADL）和强化训练期间继续佩戴反作用力护具。
重返工作与活动¶
如果您在不进行手术的情况下治疗网球肘，则没有固定的“停工”期；您可以继续使用手臂，同时调整最重的抓握和提举任务，并使用对抗力护具来应对这些任务。现实的预期是肘部症状会在 6–12 个月内逐渐缓解，大多数人（80–90%）在一年内会有所改善。由于这是肌腱的慢性问题，因此进展是以周和月为单位衡量的，而不是以天为单位。坚持负荷训练计划是实现康复的关键；期间出现的症状加重是正常现象，只要轻微的酸痛在第二天能消退，就不视为倒退。
如果您接受了手术，术后第一周的吊带仅用于舒适，随着肘部症状缓解即可停用。强化训练在第 5–7 周逐步进行，大多数人会在第 8–12 周左右实现工作和娱乐活动的功能性回归。更重和特定于运动的需求会在此时间窗内逐步引入，具体取决于肌腱对负荷的耐受情况。
重返运动（适用于两种治疗途径）的指导原则是达到健侧手臂约 90% 的力量，具备无痛功能以及自我管理的信心，而不是仅依据日历时间。
协议之后¶
本协议与诊所的一般康复建议并行；请参阅管理术后疼痛，如果您已接受手术，请参阅伤口护理和手部治疗基础。上述分阶段计划反映了网球肘（渐进式肌腱负荷而非休息）的最新最佳证据，您的持续康复由您的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。
Evidence & references
Lateral Epicondylitis (Tennis Elbow) — Non-operative & Post-operative Rehabilitation¶
Topic scope: (A) the natural history and stepped non-operative management of lateral epicondylitis (relative rest → progressive tendon loading: isometric → eccentric–concentric; counterforce bracing; controversies around corticosteroid and PRP injection), and (B) post-operative rehabilitation after open or arthroscopic ECRB debridement ± release, reserved for the minority who fail ≥6 months of quality conservative care.
Defining principle: despite the "-itis" suffix, lateral epicondylitis is a degenerative tendinopathy (tendinosis) of the extensor carpi radialis brevis (ECRB) origin, not an inflammatory condition. This reframes treatment away from rest and anti-inflammatory measures and toward progressive tendon loading — settle pain with isometrics, then rebuild load tolerance with eccentric–concentric loading (the Tyler twist / FlexBar). KH's stance: load the tendon, do not immobilise it; corticosteroid injection is avoided as first line because it is better short-term but worse at 6–12 months; surgery is a last resort after ≥6 months of genuine conservative care.
A. NATURAL HISTORY & NON-OPERATIVE MANAGEMENT¶
Natural history (self-limiting in most)¶
Lateral epicondylitis is self-limiting in the majority: roughly 80–90% resolve within about one year regardless of treatment, with the conservative literature ranging out to 12–18 months [Coonrad & Hooper 1973; Nirschl 1999]. This high spontaneous-resolution rate is the central methodological challenge of the field — any intervention must beat natural history, a high bar most fail to clear. The goal of therapy is therefore to shorten the symptomatic course and restore load tolerance, not to "cure" a condition that largely settles on its own.
Phased non-operative rehabilitation¶
First-line for essentially all comers. The therapeutic core is progressive tendon loading guided by pain.
Phase I — Acute / pain control (~0–2 weeks). Relative rest, NOT immobilisation — avoid full wrist/elbow casting (Nirschl). Activity modification, joint protection, ergonomics. Optional counterforce brace over the common extensor mass (offloads the ECRB origin during grip) ± a wrist cock-up splint if acutely painful. Adjuncts: ice, soft-tissue/IASTM, pain-free AROM, optional dry needling, nerve glides. Criterion to progress: full unloaded AROM without pain; independent with home program. Consensus / institutional protocol.
Phase II — Sub-acute / early loading (~2–4 weeks). Begin isometric wrist flexor/extensor loading (minimal load; isometrics are well tolerated and analgesic in reactive tendinopathy). Progressive stretching of wrist flexors/extensors with the elbow at 90°. Add proximal kinetic-chain work (serratus anterior, mid/lower trapezius, rotator cuff, scapular stabilisers — proximal deficits drive distal overload). Criteria to progress: full ROM maintained; tolerates stretch at 90° elbow flexion; ~70% contralateral grip/strength. Moderate (strengthening trials) / Consensus (timeline).
Phase III — Late / strengthening & return (~4–6+ weeks, often to 12 weeks). Eccentric–concentric loading of wrist extension and forearm pronation/supination is the core driver; the Tyler twist (FlexBar eccentric wrist-extension) is the prototypical home tool. Progress stretching to the elbow-extended position; add mobilisation-with-movement (Mulligan). Grip strengthening and task-/sport-specific loading; plyometrics for athletes. Gradually wean the counterforce brace as the patient becomes asymptomatic. Return-to-sport criteria: ~90% contralateral strength, pain-free function, self-management competence. Moderate–High (RCT/SR for exercise & loading) / Consensus (phase timings).
B. POST-OPERATIVE REHABILITATION (open or arthroscopic ECRB debridement ± release/repair)¶
Surgery is reserved for the ~4–11% who fail ≥6 months (commonly 6–12 months) of quality conservative care. Open Nirschl-type debridement and arthroscopic ECRB debridement give comparable complication and reoperation rates (national database, Arthroscopy 2022); arthroscopy additionally allows intra-articular inspection. The phased timeline below is the Brigham & Women's Standard of Care for lateral epicondyle debridement, cross-checked against community ECRB-release protocols.
| Phase | Window | Sling / support | Motion & strengthening | Notes |
|---|---|---|---|---|
| 1 — Protect | Days 1–7 | Sling for comfort; optional wrist splint if painful | Pain-free hand/wrist/elbow AROM; active shoulder ROM; periscapular work | Ice 20 min 2–3×/day; elbow pad over incision; lift palm-up to offload extensors |
| 2 — Early motion | Weeks 2–4 | Discontinue sling | PROM + active-assisted motion within pain tolerance; sub-maximal isometrics | Begin scar management |
| 3 — Strengthening | Weeks 5–7 | Introduce counterforce brace | Advance resistive strengthening (weights/Theraband); wrist-extensor endurance (light load, high rep); restore full A/PROM | Education to avoid nerve compression; cross-fibre massage |
| 4 — Functional / return | Weeks 8–12 | Counterforce brace as needed | Task-specific functional training; return to work/recreation | Functional return wk 8–12 |
Alternative published timelines (community ECRB-release protocols): wrist splint full-time 0–2 wk with no strengthening; full ROM goal by 4–6 wk; strengthening + transition to counterforce brace
6 wk; full activity ~8–10+ wk. Note: one comparative series found post-op bracing/immobilisation delayed symptom resolution versus PRP (mean time to full ROM 96 days surgery vs 42 days PRP) — reinforcing that early controlled motion, not protection, is the goal.
C. KEY CONTROVERSIES / EVIDENCE QUALITY¶
- Corticosteroid injection: better short-term, WORSE long-term. The Bisset/Smidt body of work (and the BMJ 2006 mobilisation-with-movement RCT) shows steroid gives early relief but higher recurrence and worse 6–12-month outcomes than physiotherapy or wait-and-see. Some authors now call it "always inadvisable" for lateral elbow (Orthop Trauma Surg Res 2019). Prior injection is associated with eventual surgery (a proxy for severity). Strong (Level-1 RCT).
- PRP / autologous blood: contested. Some Level-1 RCTs (Peerbooms 2010; Gosens 2-yr) show PRP superior to corticosteroid with ongoing 2-year benefit; others (Krogh 2013) found PRP ≈ glucocorticoid ≈ saline (no benefit over placebo). Meta-analyses are heterogeneous. Net: a reasonable second-line for refractory cases, but evidence is inconsistent. Conflicting (Level-1).
- Eccentric vs concentric vs isometric. Pure eccentric (Alfredson-style) is effective but not clearly superior; current view favours eccentric–concentric combined loading, with isometrics for early analgesia. Grip/isometric demands of the elbow differ from the Achilles, so blanket extrapolation of eccentric-only protocols is questioned. Moderate.
- Surgical indication/timing & technique. Reserve for failure of ≥6 months conservative care. Open vs arthroscopic debridement: no significant difference in complication or reoperation rates (national database, Arthroscopy 2022); choice is surgeon-/training-dependent. Repair after debridement vs debridement alone remains unsettled. Surgical incidence is declining, attributed to eccentric-exercise protocols and injections. Moderate.
- Self-limiting nature complicates all evidence: ~80–90% resolve within a year regardless of treatment, so any intervention must beat natural history. Strong (natural-history signal).
D. EVIDENCE STRENGTH FLAGS (summary)¶
- MODERATE–HIGH (RCT / SR): progressive loading (eccentric / eccentric–concentric) and exercise therapy for non-operative lateral epicondylitis; mobilisation-with-movement (BMJ 2006); the natural-history signal (~80–90% resolve within ~1 year).
- MODERATE (cohorts / database): post-operative ECRB debridement outcomes; equivalence of open vs arthroscopic debridement (no difference in complication/reoperation rates).
- CONSENSUS / institutional (Level-5): the phase timelines themselves derive from Standard-of-Care protocols (Brigham & Women's, Mass General Brigham, Campbell's/Nirschl) — broadly concordant across sources but not trial-derived.
- STRONG (against, Level-1): corticosteroid injection as first-line — better short-term, worse at 6–12 months.
CITATIONS¶
RAG corpus (180,000+ Orthopaedic articles)¶
- Bisset L et al. Mobilisation with movement and exercise, corticosteroid injection, or wait and see for tennis elbow: randomised trial. BMJ. 2006. DOI: 10.1136/bmj.38961.584653.AE
- Krogh TP et al. Treatment of lateral epicondylitis with platelet-rich plasma, glucocorticoid, or saline: a randomized, double-blind, placebo-controlled trial. Am J Sports Med. 2013. DOI: 10.1177/0363546512472975
- Peerbooms JC et al. Positive effect of an autologous platelet concentrate in lateral epicondylitis in a double-blind randomized controlled trial. Am J Sports Med. 2010. DOI: 10.1177/0363546509355445
- Gosens T et al. Ongoing positive effect of platelet-rich plasma versus corticosteroid injection in lateral epicondylitis: a double-blind randomized controlled trial with 2-year follow-up. Am J Sports Med. 2011. DOI: 10.1177/0363546510397173
- Ortega-Castillo M, Medina-Porqueres I. Effectiveness of the eccentric exercise therapy in physically active adults with symptomatic shoulder impingement or lateral epicondylar tendinopathy: a systematic review. J Sci Med Sport. 2016. DOI: 10.1016/j.jsams.2015.05.010
- Nirschl RP, Ashman ES. Elbow tendinopathy: tennis elbow. Clin Sports Med. 2003. (Current Concepts — Tendinosis of the Elbow, J Bone Joint Surg Am. 1999. DOI: 10.2106/00004623-199902000-00016)
- Coonrad RW, Hooper WR. Tennis elbow: its course, natural history, conservative and surgical management. J Bone Joint Surg Am. 1973. DOI: 10.2106/00004623-197355060-00002
- Lattermann C et al. Arthroscopic debridement of the extensor carpi radialis brevis for recalcitrant lateral epicondylitis. J Shoulder Elbow Surg. 2010. DOI: 10.1016/j.jse.2010.02.008
Lateral epicondylitis literature (URLs)¶
- Comparative efficacy and safety of nonsurgical treatment options for enthesopathy of the ECRB: a systematic review and meta-analysis of randomized trials. Am J Sports Med. 2018. https://pubmed.ncbi.nlm.nih.gov/29268037/
- Eccentric, eccentric–concentric, and eccentric–concentric + isometric training in lateral elbow tendinopathy. J Hand Ther. 2017. https://pubmed.ncbi.nlm.nih.gov/28732560/
- Role of strengthening during nonoperative treatment of lateral epicondyle tendinopathy. J Hand Ther. 2021. https://pubmed.ncbi.nlm.nih.gov/33041157/
- Chronic lateral elbow tendinopathy managed with a supervised graded exercise protocol. J Hand Ther. 2023. https://pubmed.ncbi.nlm.nih.gov/36127241/
- Management of lateral epicondylitis. Orthop Traumatol Surg Res. 2019. https://pubmed.ncbi.nlm.nih.gov/30414784/
- No difference in complication or reoperation rates between arthroscopic and open debridement for lateral epicondylitis: a national database study. Arthroscopy. 2022. https://pubmed.ncbi.nlm.nih.gov/34838651/
- Wang D et al. Trends in surgical practices for lateral epicondylitis among newly trained orthopaedic surgeons. Orthop J Sports Med. 2017. https://pubmed.ncbi.nlm.nih.gov/28840148/
- Factors associated with failure of nonoperative treatment in lateral epicondylitis. Am J Sports Med. 2015. https://pubmed.ncbi.nlm.nih.gov/26015443/
Published rehab protocols (patient-guidance — basis for the phase structure)¶
- Brigham & Women's Hospital — Post-Op Protocol for Lateral Epicondyle Debridement. https://www.brighamandwomens.org/assets/bwh/patients-and-families/rehabilitation-services/pdfs/elbow-lateral-epicondyle-debridement-postoperative-bwh.pdf
- Mass General Brigham Sports Medicine — Rehabilitation Protocol for Medial/Lateral Epicondylitis (non-operative), rev. April 2021. https://www.massgeneral.org/assets/MGH/pdf/orthopaedics/sports-medicine/physical-therapy/rehabilitation-protocol-for-medial-lateral-epicondylitis.pdf
- Beacon Orthopaedics — Lateral Epicondylitis ECRB Surgical Release Protocol. https://www.beaconortho.com/wp-content/uploads/Lateral-Epicondylitis-Release.pdf