Rehabilitation guidelines following Proximal Humeral Replacement Surgery Much of the surgery carried out on the Sarcoma Unit at RNOHT is unusual. We have therefore devised guidelines which outline the goals patients should be aiming to achieve during their rehabilitation. These are guidelines and every patient should be assessed and treated as an individual, therefore, there may be variation in timing and outcome but the restrictions MUST remain the same. Patients who have been diagnosed with a tumour and then undergone orthopaedic surgery are, if appropriate, referred for pre/post op chemotherapy or radiotherapy. (Not all tumours are malignant and not all tumours are chemotherapy/radiotherapy sensitive). These treatments will impact on their rehabilitation. (refer to the Appendix for further details) Proximal Humeral Replacement RC/SH/KS March 2014 1 Review March 2016 Physiotherapy rehabilitation guidelines Proximal Humeral Replacement Up to two thirds of the proximal humerus is removed via an anterolateral approach and replaced with an endoprosthetic replacement. Indications: Bone tumour of the proximal humerus Possible complications: Wound healing/infection Neuropraxia Aseptic loosening Recurrence Dislocation Humeral shaft or glenoid fracture Oedema/ haematoma Reduced shoulder ROM Expected outcome A stable pain free shoulder enabling light upper limb activities at waist height and within the functional triangle. It may take 9 months to a year to achieve this. Muscles affected Rotator cuff, deltoid, pectoralis major, latissimus dorsi, lateral and medial head of triceps, teres major RC/SH/KS March 2014 2 Review March 2016 Initial Rehabilitation Phase 0 - 6 weeks Goals: Optimise tissue healing Ensure adequate pain control Restrictions: Patient to wear a polysling at all times. To remove sling for elbow and hand exercises only when in supine. For washing, patient will be instructed on a suitable position. Post Operative Precautions: No external rotation, beyond neutral for the first six weeks. Polysling to support the arm for six weeks. No shoulder movement for six weeks. Collar & cuff to be worn for showering, if appropriate. Orthotic appliances: Polysling at all times with waist strap. Sling can be worn over clothes. Pain relief: Adequate analgesia Patient education: Post operative restrictions; outline the rehabilitation guidelines and importance of complying with the programme set down. Advice regarding functional activities while in sling. Ensure independence with exercise programme before discharge. Physiotherapy rehabilitation: Hand and elbow exercises taught in supine Balance re-education Prior to hospital discharge patients must be referred for outpatient physiotherapy outlining that they will require a physiotherapy appointment once they have been reviewed in clinic at 6 weeks post op. If patients are also going to receive chemotherapy or radiotherapy then a transfer summary must be sent to the centre that will be carrying out adjunctive therapy. Occupational Therapy rehabilitation: Enhance outcome of surgical intervention and reduce risk of dislocation by teaching safe management of ADLs i.e. within the post operative precautions. Optimise function. RC/SH/KS March 2014 3 Review March 2016 Discuss safe options for return to driving and work/ leisure activities. Refer to community occupational therapist, if appropriate, for review of function once they have been reviewed at 6 weeks at the outpatient clinic. In instances where independence is not achieved, ensure there is adequate support to optimise safety in the home during the postoperative period. Intermediate Treatment Phase 6 weeks to 4 months Goals: Increase passive range of movement moving to AAROM Optimise normal movement pattern of shoulder complex Restrictions: No exercises that increase pain No external rotation beyond neutral No unassisted elevation No hand behind back or across body Orthotic appliances: Sling can be weaned as comfort allows and when adequate control is achieved Pain relief: Adequate analgesia Resting positions Patient education: Weaning from sling Postural awareness Pacing activities Light use of arm at waist level – towards last half of this phase Continue to take care with exercises to optimise healing Physiotherapy rehabilitation: PROM moving to AAROM - shoulder flexion in neutral rotation; external rotation to neutral Active elbow and hand ROM Active shoulder girdle ROM – elevation, protraction, retraction Balance work including core stability RC/SH/KS March 2014 4 Review March 2016 If deltoid has not been sacrificed commence eccentric deltoid strengthening towards the latter third of this phase. Patients should not initiate elevation with scapula-thoracic movement but they may not be able to eliminate it completely. Hydrotherapy can be useful at this stage if immune status allows Occupational Therapy rehabilitation (seen if referred and appropriate for rehabilitation at this stage.) Re-assess personal care management, transfers and domestic ADLs and advise re: techniques and adaptive equipment that may further enhance independent living, within the restrictions. Discussion re: driving and work including ergonomics if relevant. Final Rehabilitation Phase 5 months and beyond Goals: Increase strength and endurance Increase ROM with good control and patterning. Increase function and independence. Restrictions: No activities or exercises that increase pain No heavy activities e.g. lifting Patient education: Encourage return to normal function. Physiotherapy rehabilitation: AROM at waist height and up to shoulder level where able with good dynamic scapula control Scapula stability and core stability Proprioception and balance work If deltoid present, continue eccentric deltoid strengthening Occupational Therapy rehabilitation To review if required and work upon any difficulties the patient may still be experiencing. RC/SH/KS March 2014 5 Review March 2016 Appendix Some chemotherapy and radiotherapy side effects and implications for treatment: Bone marrow toxicity, ↓white cell count, ↓platelets, ↓Hb and ↓rate of healing. White cell count will be at its lowest approximately 10 days post chemotherapy and signs of wound infection should be watched for. Hydrotherapy should not be undertaken at this point Nausea, vomiting, diarrhoea, ↓appetite, lethargy and ↓exercise tolerance. Physiotherapy will be particularly important during and immediately after chemo and radiotherapy, as patients often lose ROM and strength after a cycle. Community physiotherapy may need to be arranged after discharge if the patient is too unwell to attend for outpatient treatment. The occupational therapist may need to advise on the practical implications of the symptoms such as meal and drink preparation, laundry and hygiene. Relaxation techniques may also be used to reduce nausea and vomiting in addition to reducing anxiety levels associated with food and meal times. Anxiety and depression – these can diminish people’s concentration, ability to assimilate information and motivation to carry out activities. The therapists, among other treatment, will identify goals which increase a person’s sense of control. Fatigue – needs to be addressed / acknowledged as it can affect a person’s physical and cognitive ability to carry out normal activities. The therapists will need to take this into consideration and tailor the rehabilitation accordingly. Anaemia which can lead to tiredness, lethargy and breathlessness) Radiotherapy only: Fibrosis of soft tissues – Can continue for up to 2 years and may lead to contractures. Passive exercise is very important during and immediately post radiotherapy to prevent loss of ROM. Demineralisation of bone – increases risk of fracture Redness, soreness and sensitivity of the skin to heat – care of the skin is important. Heat modalities are contraindicated post DXT. Application of lotions and manual treatments are contraindicated during DXT, but can be used with caution post DXT. Electrical modalities e.g. TNS and FES can be used with caution. RC/SH/KS March 2014 6 Review March 2016