关节囊松解
Patients › Rehabilitation
Rehabilitation after arthroscopic capsular release for frozen shoulder — early in-hospital program and the outpatient phases that keep the range won at surgery.
本方案涵盖基兰·希尔帕拉（Kieran Hirpara）医生在罗克汉普顿 Mater 私人医院进行的关节镜下关节囊松解术后的康复过程，包括住院期间及术后数周至数月的康复安排。请在首次物理治疗就诊时携带此页面或其 PDF 文件，以确保康复治疗的协调性。您的物理治疗师将根据您肩关节的活动情况，通过以下阶段为您个体化推进康复进程。
若对术后伤口有任何疑虑，请联系诊室。拍摄伤口照片并发送电子邮件供医生审阅通常会有所帮助。
预期情况
关节囊松解术是针对僵硬肩（冻结肩）的手术，这将彻底改变您的康复方式。大多数肩部手术旨在修复某些结构，如肌腱或撕裂的韧带，早期康复的重点是保护这些修复部位，因此您需要佩戴悬吊带，并将活动范围限制在特定限度内。而本手术则完全相反。手术中并未缝合任何需要保护的组织。外科医生已松解关节内紧绷且瘢痕化的关节囊，并在您麻醉状态下将肩关节活动至全范围，因此手术的效果即为获得活动度。从您苏醒的那一刻起，康复的任务就是保持这种活动度，以防肩关节再次僵硬。
这意味着没有保护期，也无需有所保留。您应立即开始活动肩关节，既包括主动活动，也包括利用健侧手臂辅助推动，并且每天多次在各个方向上持续增加活动范围。
您的锻炼涉及三种类型的活动，您的医疗团队将标明适用于您的类型：
- 被动活动 指肩关节完全放松，由健侧手臂、拐杖或滑轮系统完成所有动作。
- 主动辅助活动 指您利用健侧手臂或辅助器具的帮助，自行活动患侧手臂。
- 主动活动 指您依靠自身肌肉力量活动手臂，无需任何辅助。
为何不使用吊带
关节囊松解术后无需使用吊带保护修复组织，且保持肩部静止反而不利于康复。若任其休息，松解后的肩部会再次变得僵硬。再僵硬化是该手术效果令人失望的主要原因，而通过早期且频繁的活动可很大程度上预防这一情况。
因此，与修复术不同，您无需在吊带中睡眠，也无需保持手臂静止，没有任何动作是禁忌的。从术后第一天起，即鼓励您自由活动手臂，并在各个方向上尽可能扩大活动范围，包括向外旋转手臂。仅提供简易吊带以提供短期舒适，并在外出时防止手臂受到碰撞；请尽可能少用吊带，切勿因使用吊带而让肩部保持静止。
关键点
- 保持活动。 从一开始就使用手臂进行日常活动，如洗漱、穿衣和进食。活动可维持您在手术中获得的关节活动度。
- 向各个方向增加活动度。 拉伸至出现明显不适感，而非剧烈疼痛，并在每个平面上将肩部活动至极限，包括手臂外旋。术后无需遵循“切勿超过此处”的限制。
- 少量多次拉伸。 每天多次进行简短的家庭拉伸练习，优于单次长时间拉伸。两次拉伸之间关节会重新变僵硬，因此频率至关重要。
- 控制疼痛以便活动。 在进行锻炼和物理治疗预约前服用止痛药。良好的疼痛控制是进行拉伸的前提。许多人发现拉伸前热敷、拉伸后冰敷有帮助。
- 频繁进行物理治疗。 前六周内每周至少进行两次物理治疗。首次就诊时请携带本页内容。
手术时通常会在关节内注射类固醇，以减轻炎症并降低关节重新变僵硬的趋势。
住院期间——您的首次锻炼
物理治疗师将在医院为您进行检查，并在您出院前开始指导您进行以下锻炼。这些锻炼有助于保持手、肘和肩部的活动，并立即开始促进肩关节活动度的恢复。请在锻炼前服用止痛药，以便能够自由活动。请按照医疗团队的指示进行锻炼，并在家中继续坚持。
您的门诊康复
关节囊松解术后，康复进程与肌腱修复手术相反：无需保护，因此所有努力都集中于维持活动度。术后最初几周内肩关节最容易再次僵硬，因此物理治疗会立即开始，频率较高，并持续数月，直至您的活动度稳定。以下阶段遵循该手术已发表的康复方案模式（来源列于文末）。周数范围仅为典型值，而非固定值：您的物理治疗师将根据您肩关节的活动情况推进康复，而非依据日历。
概览：
- 第一阶段 — 早期康复： 大约前两周
- 第二阶段 — 维持和恢复活动度： 第 2 至 6 周
- 第三阶段 — 强化训练： 第 6 至 12 周
- 第四阶段 — 恢复全面活动： 第 12 周以后
大约三周时，肩关节高度以下的活动通常会更加舒适，大部分活动度已恢复，尽管手臂在过头活动时通常仍感不适。大约三个月时，大多数人发现症状已基本缓解，且改善通常持续六至九个月，有时长达一年。
第一阶段——早期康复（第0–2周）
前两周的目标很简单：不要丧失手术中获得的关节活动度。 您需在家继续进行医院的锻炼，每天多次，并增加将肩关节向各个方向拉伸至极限的拉伸动作。良好的疼痛控制是实现这一目标的关键，因此请在锻炼和物理治疗前按时服用止痛药，并在拉伸前热敷、拉伸后冰敷（如有帮助）。在日常生活中，如洗漱、穿衣和进食时，可正常使用患肢。将每次拉伸进行至出现明显不适感，而非剧烈疼痛，并请记住，无需刻意回避任何方向的活动。
进入下一阶段的条件是…… 您能够自信且独立地每天多次完成家庭锻炼计划，疼痛控制良好，能够拉伸至目标活动范围，并且维持了肩关节在手术中达到的活动度。
第二阶段 — 保持并恢复关节活动度（第2–6周）
本阶段继续进行频繁的理疗和每日多次进行的家庭拉伸训练，以确保手术中获得的活动度不丢失，并持续增加关节活动范围。您的锻炼从辅助性活动逐步过渡到主动在所有方向上活动手臂，理疗师可能会增加手法关节松动术以提供帮助。在各个平面（包括外旋）上，将关节活动度推至其最大极限。在日常活动中正常使用手臂进行轻度活动。
进入下一阶段的标准是…… 手术中获得的活动度得以保持或仍在改善，肩关节水平以下的活动感到舒适，且疼痛已减轻至足以开始轻柔的抗阻训练。
第三阶段——强化训练（第6–12周）
随着关节活动度趋于稳定，重点转向重建肩部力量。本阶段需继续进行每日拉伸，因为强化训练绝不能以牺牲来之不易的活动度为代价。抗阻训练从轻柔开始，使用弹力带和轻重量针对肩袖肌群和肩胛骨周围肌肉进行锻炼，采用低负荷、高重复次数的模式。日常活动应基本恢复正常，在物理治疗师的指导下，较轻的休闲活动通常也可在此阶段恢复。
进入下一阶段的准备条件为…… 您在各个方向上的活动均达到完全或接近完全，且无痛；同时，您能够完成强化训练而不会引发疼痛加剧或任何活动度丧失。
第四阶段——恢复全面活动（第12周起）
最终阶段是逐步恢复较重的体力工作、 overhead（过头）任务及运动。正式康复通常总共持续三至四个月，且肩关节在此之后仍会持续改善：大多数人会继续在六至九个月内，有时长达一年，持续获得舒适感和信心。建议坚持简短的拉伸练习，直到你的关节活动度无需正式锻炼即可自行维持。进展应始终以你的主观感受为指导，因此如果僵硬或疼痛开始复发，应对措施是减轻负荷并恢复活动度，而非让肩关节休息。
恢复活动
大多数人在4至6周内即可恢复正常日常活动及多种类型的工作，因为此处的康复关键在于维持关节活动度，而非等待组织愈合。随着力量逐渐恢复，较重体力劳动及 overhead 运动将在随后的数周至数月内逐步恢复。如果在任何阶段肩部再次出现僵硬，应将其视为加强拉伸的信号，并及时就诊物理治疗师，而非休息。
您的练习
术后康复方案
上述门诊阶段参考了已发表的关节镜关节囊松解术康复方案，恢复里程碑亦源自相同资料。周数范围为典型情况而非固定标准，您的持续康复由物理治疗师根据肩部功能恢复情况，在诊所指导下进行个体化管理。本页面与诊所的一般术后恢复建议配合使用：请参阅术后疼痛管理和伤口护理。关于手术本身及其治疗的疾病，请参阅关节囊松解术和冻结肩。
Evidence & references
Adhesive Capsulitis (Frozen Shoulder) — Non-operative Staged Management & Post-operative Rehabilitation (Capsular Release)
Topic scope: Both (A) non-operative staged management of primary/secondary adhesive capsulitis (freezing -> frozen -> thawing), including physiotherapy, intra-articular steroid and hydrodilatation; and (B) post-operative rehabilitation after arthroscopic capsular release (ACR).
Defining principle of surgical rehab here (the inversion): Unlike virtually every other shoulder operation -- where a repair (cuff, labrum, pec major, instability) must be protected with a sling and ROM is restricted to avoid disrupting healing tissue -- frozen-shoulder release rehab is the OPPOSITE: the goal is to prevent re-formation of the capsular contracture. So the protocol is immediate, aggressive ROM, usually NO sling, passive + active ROM starting the same day or day 1, with stretching to the end of the freshly gained range. Delay or immobilisation is the enemy (re-stiffening), not the protector. This is the single most important point distinguishing this protocol from the others in this audit.
A. NON-OPERATIVE STAGED MANAGEMENT
Natural history / staging (consensus, weak evidence -- descriptive, no RCT)
Frozen shoulder is self-limiting in most but typically lasts 12-18 months across 3 clinical stages (Reeves' classic model; staging boundaries overlap and are not sharply separable in practice -- flagged as weak/consensus evidence; the original Reeves model was a single prospective cohort of 49 patients, not an RCT) [Brigham SOC; Chan 2017; Reeves 1975 via Willmore 2020]:
| Stage | Name | Typical duration | Clinical picture | Management emphasis |
|---|---|---|---|---|
| 1 | Freezing (painful/inflammatory) | 2-9 months | Diffuse constant pain, worse at night; progressive ROM loss in a capsular pattern (ER > ABD > flexion > IR); loss of passive ER with arm at side is the hallmark | Pain control; intra-articular steroid; gentle ROM within pain limits -- do NOT force end-range while highly inflamed |
| 2 | Frozen (adhesive/stiff) | 4-12 months | Pain subsides to dull ache; stiffness dominant; marked functional loss | Restore motion: stretching, joint mobilisation grades III-IV, hydrodilatation; consider surgery if recalcitrant |
| 3 | Thawing | 6-9 months (Brigham) | Gradual spontaneous return of motion | Progressive ROM + strengthening; PT 2-3x/week |
(Stage durations from Brigham Standard of Care 2010 and Chan 2017: freezing 2-9 mo, frozen 4-12 mo, thawing 6-9 mo.)
Stepped non-operative interventions
- Education / "supervised neglect" + analgesia -- many resolve with reassurance, activity modification and analgesia alone (Codman; Hsu 2011 review). Weak (cohort/expert).
- Physiotherapy -- pendulum, PROM/AAROM/AROM, capsular stretching, joint mobilisation (grades I-II early for pain, III-IV later for tissue extensibility), scapular/posture work. Brigham: PT 1-2x/week in early stages (mainly HEP instruction), 2-3x/week in thawing. PT is best supported as an adjunct to mobilisation/injection/distension, not as a stand-alone cure (Itoi 2016 Current Concepts; Kelley/McClure/Leggin JOSPT 2009 guidance). Moderate; intensity/timing debated. Intensity caveat: end-range/high-intensity stretching is appropriate in the frozen/thawing phase but can be counter-productive in the acutely inflamed freezing phase -- match intensity to irritability (Kelley 2009).
- Intra-articular corticosteroid (glenohumeral) -- superior to placebo and to physiotherapy for short-term (up to 4-12 weeks) pain and function; benefit wanes after ~3 months. Strong for short term (multiple RCTs; Koh 2016 systematic review of 10 RCTs; Cochrane Buchbinder shoulder injection review). BESS pathway: GH steroid recommended for short-term symptom control; long-term (>3 mo) benefit not demonstrated (Rupani/Gwilym BESS 2025). Earlier injection (freezing phase) is the rationale -- steroid targets the inflammatory component.
- Hydrodilatation (distension arthrography) -- distends/ruptures the contracted capsule with saline +/- steroid +/- LA. A controlled, image-guided alternative to surgery. RCT/meta-analytic evidence is mixed: generally produces a transient functional/ROM gain, with no clear superiority over IA steroid alone in several network meta-analyses (Wu 2017 SR/MA of RCTs; Lin 2018 network MA). Some evidence hydrodilatation + steroid > steroid alone in refractory cases (Lee 2017 RCT). Low rate of needing later surgery after distension arthrogram (Nicholson 2020). Moderate; conflicting.
B. POST-OPERATIVE REHABILITATION (the "immediate aggressive ROM" protocols)
Surgery is reserved for cases recalcitrant to >=3-6 months of adequate non-operative care (Struyf 2024; Mullen 2025).
Arthroscopic capsular release (ACR)
- Controlled, direct-vision release of the contracted capsule (rotator interval, CHL, anterior +/- inferior +/- 360 degree capsulotomy; care re axillary nerve inferiorly). Allows graded release with a low risk of iatrogenic fracture or cuff tear (Kanbe 2018, n=255; Jerosch 2001 360 degree release). Achieves reliable gains in final forward elevation and may shorten recovery (most improved by ~4 months -- McAllister/CORR Insights 2025; Saade 2023 MA favoured ACR for AFE). A gentle, controlled manipulation is often performed as part of the arthroscopic release to confirm the gained range.
Consensus POST-OP phased timeline (applies after arthroscopic capsular release)
The hallmark is immediate motion, no protective sling, same-day/day-1 ROM to hold the range just won in theatre.
| Phase | Window | Sling | ROM | Active ROM | Strengthening | Notes |
|---|---|---|---|---|---|---|
| 0 -- Immediate | Day 0-1 (same day) | NO sling (or sling only briefly for comfort/analgesia, discarded fast) | Full passive ROM immediately; PT-assisted forward flexion + ER begun day 1; +/- continuous passive motion (CPM); pendulums; patient does HEP several times/day | AAROM/AROM started day 1 alongside PROM (no protected period) | -- | Intra-articular steroid often injected at time of release to damp post-op inflammatory re-stiffening |
| 1 -- Early | Week 0-2 | None | Aggressive PROM/AAROM to maintain gained range; stretch into end-range daily; hold ER/ABD/flexion | Active motion continued | Light scapular/rotator-cuff activation as pain allows | Pain control critical to allow the patient to move -- adequate analgesia / interscalene block / oral steroid taper |
| 2 -- Strengthening | Week 2-6 | None | Continue to full ROM | Full AROM goal | Rotator cuff + scapular strengthening begins ~week 2 (Kanbe protocol) | Most back to normal daily activity / work by 4-6 weeks |
| 3 -- Return to function | ~6 weeks-3 months | None | Maintain full ROM | Full | Progressive strengthening to full | Recurrence of stiffness is the main failure mode -> continued HEP emphasised |
Representative published protocol (Kanbe 2018, J Orthop Surg Res, n=255, ACR): "passive, assisted-active and stooping (pendulum) exercises for forward flexion and external rotation commenced 1 day after surgery... after 2 weeks of passive exercise, patients began active exercise to strengthen the rotator cuff and scapular stabilisers... after 4-6 weeks patients returned to normal work without limitation." Many ACR series add an intra-articular steroid + controlled manipulation at the index procedure (Filip Struyf 2024; PMC5137660).
Post-surgical physiotherapy is universally agreed to be essential but is under-standardised -- there is no high-level RCT defining the optimal post-release regimen; protocols are consensus/expert and vary widely (Willmore 2020 Shoulder & Elbow, "Post-surgical physiotherapy in frozen shoulder: a review"). Weak/consensus.
KEY CONTROVERSIES
- Evidence base for arthroscopic release. ACR gives a controlled, direct-vision release with a low iatrogenic fracture/cuff-tear risk and reliable gains in final elevation. Systematic reviews show consistently acceptable results, though there is no definitive RCT defining the optimal technique (Saade 2023 MA; McAllister 2025). Weak/moderate evidence (large cohorts).
- Steroid timing. Strong short-term benefit (<12 wk) but no durable >3-month benefit; debate over injecting early (freezing/inflammatory phase) vs reserving for refractory cases (Koh 2016; Rupani/Gwilym BESS 2025; Lin 2018).
- Aggressive vs gentle physiotherapy. High-intensity end-range stretching helps in the frozen/thawing phases but may worsen pain and prolong the condition if applied to the acutely inflamed freezing phase -- "intensity should match irritability" (Kelley/McClure 2009; Itoi 2016). Post-operatively, by contrast, aggressive immediate ROM is mandatory to prevent re-stiffening.
- Hydrodilatation worth it? Transient benefit only and not clearly better than IA steroid alone in pooled RCT data (Wu 2017; Lin 2018), though some refractory-case RCT support (Lee 2017) and a low rate of needing later surgery (Nicholson 2020).
- Does anything change the natural history? No intervention is proven to shorten the overall 12-18 month course in the highest-quality reviews; most accelerate symptom relief rather than alter end-point (Rookmoneea 2010 JBJS Br; Hsu 2011). Strong (negative).
EVIDENCE STRENGTH FLAGS (summary)
- STRONG (RCT / SR-MA): IA corticosteroid short-term benefit (Koh 2016 SR of 10 RCTs; Cochrane); hydrodilatation = transient, not superior to steroid (Wu 2017 SR-MA of RCTs; Lin 2018 network MA).
- MODERATE: end-range/scapular mobilisation (Yang 2012 RCT); ACR clinical outcomes (large cohorts -- Kanbe 2018 n=255; Jerosch 2001).
- WEAK / CONSENSUS ONLY: 3-stage natural-history model & stage durations (Reeves cohort, descriptive); the post-operative rehab protocol itself (no defining RCT; expert/consensus -- Willmore 2020); optimal ACR technique (published series are heterogeneous).
CITATIONS
RAG corpus (180,000+ Orthopaedic articles)
- Guyver P, Bruce D, Rees J. Frozen shoulder -- a stiff problem that requires a flexible approach. Maturitas. 2014.
- Kim J, Gahlot N, Park HB. Frozen shoulder: a narrative review of current treatment concepts and the underlying scientific evidence. Clinics in Shoulder and Elbow. 2025;28(4).
- Hsu JE, Anakwenze OA, Warrender WJ, et al. Current review of adhesive capsulitis. J Shoulder Elbow Surg. 2011;20(3):502-514.
- Koh KH. Corticosteroid injection for adhesive capsulitis in primary care: a systematic review of randomised clinical trials. Singapore Med J. 2016.
- Rupani N, Gwilym SE. British Elbow and Shoulder Society patient care pathway: Frozen shoulder. Shoulder & Elbow. 2025;17(4).
- Sheridan MA, Hannafin JA. Upper Extremity: Emphasis on Frozen Shoulder. Orthop Clin North Am. 2006.
- Chan H, Pua P, How C. Physical therapy in the management of frozen shoulder. Singapore Med J. 2017.
- Willmore EG, Millar NL, van der Windt D. Post-surgical physiotherapy in frozen shoulder: a review. Shoulder & Elbow. 2020;14(4).
- Lamplot JD, Lillegraven O, Brophy RH. Outcomes from conservative treatment of shoulder idiopathic adhesive capsulitis... Orthop J Sports Med. 2018.
- Itoi E, Arce G, Bain GI, et al. Shoulder Stiffness: Current Concepts and Concerns. Arthroscopy. 2016;32(7).
- Kanbe K. Clinical outcome of arthroscopic capsular release for frozen shoulder: essential technical points in 255 patients. J Orthop Surg Res. 2018;13(1). (post-op protocol: day-1 ROM, 4-6 wk RTW)
- Jerosch J. 360 degree arthroscopic capsular release in patients with adhesive capsulitis... Knee Surg Sports Traumatol Arthrosc. 2001;9(3).
- McAllister NB. CORR Insights: Releasing forces in adhesive capsulitis... Clin Orthop Relat Res. 2025.
- Saade F, van Rooij F, Saffarini M, et al. Management of shoulder stiffness following rotator cuff repair: a systematic review and meta-analysis. JSES Rev Rep Tech. 2023.
- Wu W, Chang K, Han D, et al. Effectiveness of glenohumeral joint dilatation for treatment of frozen shoulder: a systematic review and meta-analysis of RCTs. Sci Rep. 2017. (SR-MA of RCTs)
- Lin M, Hsiao M, Tu Y, et al. Comparative efficacy of intra-articular steroid injection and distension... a systematic review and network meta-analysis. Arch Phys Med Rehabil. 2018. (network MA)
- Lee D, Yoon S, Lee MY, et al. Capsule-preserving hydrodilatation with corticosteroid vs corticosteroid alone in refractory adhesive capsulitis: a randomized controlled trial. Arch Phys Med Rehabil. 2017. (RCT)
- Nicholson JA, Slader B, Martindale A, et al. Distension arthrogram in the treatment of adhesive capsulitis has a low rate of repeat intervention. Bone Joint J. 2020;102-B(5).
- Uppal HS. Frozen shoulder: a systematic review of therapeutic options. World J Orthop. 2015.
- Mullen JP, Hauer TM, Lau EN, et al. Adhesive capsulitis of the shoulder. Arthroscopy. 2025;41(7).
- Yang J, Jan M, Chang C, et al. Effectiveness of the end-range mobilization and scapular mobilization approach... a randomized control trial. Manual Therapy. 2012. (RCT)
- Rookmoneea M, et al. The effectiveness of interventions in the management of patients with primary frozen shoulder. J Bone Joint Surg Br. 2010;92-B(9).
- Struyf F. Frozen Shoulder. 2024 (surgical indication & post-op steroid + controlled manipulation).
Published rehab protocols (URLs)
- Brigham & Women's Hospital -- Standard of Care: Shoulder Adhesive Capsulitis (Dept of Rehabilitation Services, 2010): https://www.brighamandwomens.org/assets/BWH/patients-and-families/rehabilitation-services/pdfs/shoulder-adhesive-capsulitis.pdf (source for the 12-18 mo / 3-stage durations, capsular pattern, PT frequency 1-2x/wk early & 2-3x/wk thawing, mobilisation grades, steroid 4-6 wk short-term benefit).
- BESS (British Elbow & Shoulder Society) Frozen Shoulder patient care pathway -- Rupani & Gwilym, Shoulder & Elbow 2025 (GH steroid short-term only, no >3 mo benefit).
- Kanbe 2018 ACR open-access (post-op day-1 ROM protocol): https://pmc.ncbi.nlm.nih.gov/articles/PMC5857121/
- ChoosePT / APTA patient guide to frozen shoulder (lay phased overview): https://www.choosept.com/guide/physical-therapy-guide-frozen-shoulder-adhesive-capsulitis
