Note from the National Guideline Clearinghouse (NGC): This guideline was developed by the National Collaborating Centre for Cancer (NCC-C) on behalf of the National Institute for Health and Clinical Excellence (NICE). See the "Availability of Companion Documents" field for the full version of this guidance.
Service Configuration and Urgency of Treatment
Every cancer network should have a clear care pathway for the diagnosis, treatment, rehabilitation, and ongoing care of patients with metastatic spinal cord compression (MSCC).
Every cancer network should ensure that appropriate services are commissioned and in place for the efficient and effective diagnosis, treatment, rehabilitation, and ongoing care of patients with MSCC. These services should be monitored regularly through prospective audit of the care pathway.
Cancer networks should ensure that there is local access to urgent magnetic resonance imaging (MRI) within 24 hours for all patients with suspected MSCC. This service should be available outside normal working hours and with 24-hour capability in centres treating patients with MSCC.
Every cancer network should have a network site specific group for MSCC. The group should include representatives from primary, secondary and tertiary care and should have strong links to network site specific groups for primary tumours.
The cancer network should appoint a network lead for MSCC whose responsibilities include:
- Advising the cancer network, commissioners, and providers about the provision and organisation of relevant clinical services
- Ensuring that the local care pathway for diagnosis and management are documented, agreed, and consistent across the network
- Ensuring that there are appropriate points of telephone contact for the role of an MSCC coordinator and senior clinical advisers
- Maintaining a network-wide audit of the incidence, timeliness of management, and outcomes of patients with MSCC using nationally agreed measures
- Arranging and chairing twice-yearly meetings of the network site specific group for MSCC, at which patient outcomes will be reported and the local care pathway reviewed and amended if necessary
Every secondary or tertiary care centre should have an identified lead healthcare professional for MSCC (who is usually, but not necessarily, medical) whose responsibilities include:
- Representing the hospital at network level in the development of care pathways
- Implementing the care pathway and disseminating information about the diagnosis and appropriate management of patients with known or suspected MSCC
- Ensuring timely and effective communication between all relevant healthcare professionals involved in the care of patients with MSCC, including primary care and palliative care
- Raising and maintaining the awareness and understanding of treatments for MSCC among all clinical staff across the locality
- Contributing to regular network audits of the care of patients with MSCC
- Attending and contributing to the twice-yearly network site specific group meeting
Commissioners should establish a joint approach with councils responsible for local social services to ensure efficient provision of equipment and support, including nursing and rehabilitation services, to meet the individual needs of patients with MSCC and their families and carers.
MSCC Coordinator and Senior Clinical Adviser — Roles and Responsibilities
Each centre treating patients with MSCC should identify or appoint individuals responsible for performing the role of MSCC coordinator and ensure its availability at all times.
Each centre treating patients with MSCC should have a single point of contact to access the MSCC coordinator who should provide advice to clinicians and coordinate the care pathway at all times.
The MSCC coordinator should:
- Provide the first point of contact for clinicians who suspect that a patient may be developing spinal metastases or MSCC
- Perform an initial telephone triage by assessing requirement for, and urgency of, investigations, transfer, and treatment
- Advise on the immediate care of the spinal cord and spine and seek senior clinical advice, as necessary
- Gather baseline information to aid decision-making and collate data for audit purposes
- Identify the appropriate place for timely investigations and admission if required
- Liaise with the acute receiving team and organise admission and mode of transport
The optimal care of patients with MSCC should be determined by senior clinical advisers (these include clinical oncologists, spinal surgeons, and radiologists with experience and expertise in treating patients with MSCC), taking into account the patient's preferences and all aspects of their condition, with advice from primary tumour site clinicians or other experts, as required.
Every centre treating patients with MSCC should ensure 24-hour availability of senior clinical advisers to give advice and support to the MSCC coordinator and other clinicians, inform the decision-making process and undertake treatment where necessary.
The Patient's Experience of MSCC
Supporting Patient Decisions
Ensure that communication with patients with known or suspected MSCC is clear and consistent, and that the patients, their families, and carers are fully informed and involved in all decisions about treatment.
Emotional and Family Support
Offer patients with MSCC and their families and carers specialist psychological and/or spiritual support appropriate to their needs at diagnosis, at other key points during treatment and on discharge from hospital.
Provide information to patients with MSCC in an appropriate language and format that explains how to access psychological and/or spiritual support services when needed.
Offer bereavement support services to patients' families based on the three component model outlined in 'Improving supportive and palliative care for adults with cancer' (NICE cancer service guidance CSGSP).
Communicating Symptoms and Risks
Inform patients at high risk of developing bone metastases, patients with diagnosed bone metastases, or patients with cancer who present with spinal pain about the symptoms of MSCC. Offer information (for example, in the form of a leaflet) to patients and their families and carers which explains the symptoms of MSCC, and advises them (and their healthcare professionals) what to do if they develop these symptoms.
Ensure that patients with MSCC and their families and carers know who to contact if their symptoms progress while they are waiting for urgent investigation of suspected MSCC.
Early Symptoms and Signs
Contact the MSCC coordinator urgently (within 24 hours) to discuss the care of patients with cancer and any of the following symptoms suggestive of spinal metastases:
- Pain in the middle (thoracic) or upper (cervical) spine
- Progressive lower (lumbar) spinal pain
- Severe unremitting lower spinal pain
- Spinal pain aggravated by straining (for example, at stool, or when coughing or sneezing)
- Localised spinal tenderness
- Nocturnal spinal pain preventing sleep
Contact the MSCC coordinator immediately to discuss the care of patients with cancer and symptoms suggestive of spinal metastases who have any of the following neurological symptoms or signs suggestive of MSCC, and view them as an oncological emergency:
- Neurological symptoms including radicular pain, any limb weakness, difficulty in walking, sensory loss or bladder or bowel dysfunction
- Neurological signs of spinal cord or cauda equina compression
Perform frequent clinical reviews of patients with cancer who develop lower spinal pain that is clinically thought to be of non-specific origin (that is, it is not progressive, severe, or aggravated by straining and has no accompanying neurological symptoms). In particular, look for:
- Development of progressive pain or other symptoms suggestive of spinal metastases (contact the MSCC coordinator within 24 hours)
- Development of neurological symptoms or signs suggestive of MSCC (contact the MSCC coordinator immediately)
Perform frequent clinical reviews of patients without a prior diagnosis of cancer who develop suspicious spinal pain with or without neurological symptoms. Treat or refer patients with stable and mild symptoms by normal non-specific spinal pathways, or refer by cancer pathway if concerned. In particular, look for:
- Development of progressive pain or other symptoms suggestive of spinal metastases (contact the MSCC coordinator within 24 hours)
- Development of neurological symptoms or signs suggestive of MSCC (contact the MSCC coordinator immediately)
Choice of Imaging Modality
MRI of the spine in patients with suspected MSCC should be supervised and reported by a radiologist and should include sagittal T1 and/or short T1 inversion recovery (STIR) sequences of the whole spine, to prove or exclude the presence of spinal metastases. Sagittal T2 weighted sequences should also be performed to show the level and degree of compression of the cord or cauda equina by a soft tissue mass and to detect lesions within the cord itself. Supplementary axial imaging should be performed through any significant abnormality noted on the sagittal scan.
Contact the MSCC coordinator to determine the most appropriate method of imaging for patients with suspected MSCC in whom MRI is contraindicated and where this should be carried out.
Consider targeted computerised tomography (CT) scan with three-plane reconstruction to assess spinal stability and plan vertebroplasty, kyphoplasty, or spinal surgery in patients with MSCC.
Consider myelography if other imaging modalities are contraindicated or inadequate. Myelography should only be undertaken at a neuroscience or spinal surgical centre because of the technical expertise required and because patients with MSCC may deteriorate following myelography and require urgent decompression.
Do not perform plain radiographs of the spine either to make or to exclude the diagnosis of spinal metastases or MSCC.
Routine MRI and Early Detection of MSCC
In patients with a previous diagnosis of malignancy, routine imaging of the spine is not recommended if they are asymptomatic.
Serial imaging of the spine in asymptomatic patients with cancer who are at high risk of developing spinal metastases should only be performed as part of a randomised controlled trial.
Timing of MRI Assessment
Imaging departments should configure MRI lists to permit time for examination of patients with suspected MSCC at short notice during existing or extended sessions (by moving routine cases into ad hoc overtime or to alternative sessions, if overtime is not possible).
If MRI is not available at the referring hospital, transfer patients with suspected MSCC to a unit with 24-hour capability for MRI and definitive treatment of MSCC.
Perform MRI of the whole spine in patients with suspected MSCC, unless there is a specific contraindication. This should be done in time to allow definitive treatment to be planned within 1 week of the suspected diagnosis in the case of spinal pain suggestive of spinal metastases, and within 24 hours in the case of spinal pain suggestive of spinal metastases and neurological symptoms or signs suggestive of MSCC, and occasionally sooner if there is a pressing clinical need for emergency surgery.
Out of hours MRI should only be performed in clinical circumstances where there is an emergency need and intention to proceed immediately to treatment, if appropriate.
Treatment of Spinal Metastases and MSCC
Treatments for Painful Spinal Metastases and Prevention of MSCC
Offer conventional analgesia (including non-steroidal antiinflammatory drugs [NSAIDs], non-opiate and opiate medication) as required to patients with painful spinal metastases in escalating doses as described by the World Health Organisation (WHO) three-step pain relief ladder (See www.who.int/cancer/palliative/painladder/en ).
Consider referral for specialist pain care including invasive procedures (such as epidural or intrathecal analgesia) and neurosurgical interventions for patients with intractable pain from spinal metastases.
Offer patients with vertebral involvement from myeloma or breast cancer bisphosphonates to reduce pain and the risk of vertebral fracture/collapse.
Offer patients with vertebral metastases from prostate cancer bisphosphonates to reduce pain only if conventional analgesia fails to control pain.
Bisphosphonates should not be used to treat spinal pain in patients with vertebral involvement from tumour types other than myeloma, breast cancer, or prostate cancer (if conventional analgesia fails) or with the intention of preventing MSCC, except as part of a randomised controlled trial.
Offer patients with spinal metastases causing non-mechanical spinal pain 8 Gy single fraction palliative radiotherapy even if they are completely paralysed.
Patients with asymptomatic spinal metastases should not be offered radiotherapy with the intention of preventing MSCC except as part of a randomised controlled trial.
Vertebroplasty and Kyphoplasty
Consider vertebroplasty (see 'Percutaneous vertebroplasty' [NICE interventional procedure guidance 12]. The Medicines and Healthcare Products Regulatory Agency has issued safety notices relating to this procedure [reference MDA/2003/02]) or kyphoplasty (see 'Balloon kyphoplasty for vertebral compression fractures' [NICE interventional procedure guidance 166]) for patients who have vertebral metastases and no evidence of MSCC or spinal instability if they have:
- Mechanical pain resistant to conventional analgesia
- Vertebral body collapse
Vertebroplasty or kyphoplasty for spinal metastases should only be performed after agreement between appropriate specialists (including an oncologist, interventional radiologist, and spinal surgeon), with full involvement of the patient and in facilities where there is good access to spinal surgery.
Urgently consider patients with spinal metastases and imaging evidence of structural spinal failure with spinal instability for surgery to stabilise the spine and prevent MSCC.
Consider patients with spinal metastases and mechanical pain resistant to conventional analgesia for spinal stabilisation surgery even if completely paralysed.
Consider patients with MSCC who have severe mechanical pain and/or imaging evidence of spinal instability, but who are unsuitable for surgery, for external spinal support (for example, a halo vest or cervico-thoraco-lumbar orthosis).
Patients with spinal metastases without pain or instability should not be offered surgery with the intention of preventing MSCC except as part of a randomised controlled trial.
All decisions on the most appropriate combinations of treatment for pain or preventing paralysis caused by MSCC should be made by relevant spinal specialists in consultation with primary tumour site clinicians and with the full involvement of the patient.
Care of the Threatened Spinal Cord in Patients with MSCC
Patients with severe mechanical pain suggestive of spinal instability, or any neurological symptoms or signs suggestive of MSCC, should be nursed flat with neutral spine alignment (including 'log rolling' or turning beds, with use of a slipper pan for toilet) until bony and neurological stability are ensured and cautious remobilisation may begin.
For patients with MSCC, once any spinal shock has settled and neurology is stable, carry out close monitoring and interval assessment during gradual sitting from supine to 60 degrees over a period of 3 to 4 hours.
When patients with MSCC begin gradual sitting, if their blood pressure remains stable and no significant increase in pain or neurological symptoms occurs, continue to unsupported sitting, transfers, and mobilisation as symptoms allow.
If a significant increase in pain or neurological symptoms occurs when patients with MSCC begin gradual sitting and mobilisation, return them to a position where these changes reverse and reassess the stability of their spine.
After a full discussion of the risks, patients who are not suitable for definitive treatment should be helped to position themselves and mobilise as symptoms permit with the aid of orthoses and/or specialist seating to stabilise the spine, if appropriate.
Unless contraindicated (including a significant suspicion of lymphoma) offer all patients with MSCC a loading dose of at least 16 mg of dexamethasone as soon as possible after assessment, followed by a short course of 16 mg dexamethasone daily while treatment is being planned.
Continue dexamethasone 16 mg daily in patients awaiting surgery or radiotherapy for MSCC. After surgery or the start of radiotherapy the dose should be reduced gradually over 5 to 7 days and stopped. If neurological function deteriorates at any time the dose should be increased temporarily.
Reduce gradually and stop dexamethasone 16 mg daily in patients with MSCC who do not proceed to surgery or radiotherapy after planning. If neurological function deteriorates at any time the dose should be reconsidered.
Monitor blood glucose levels in all patients receiving corticosteroids.
Case Selection for Definitive Treatment of MSCC
Start definitive treatment, if appropriate, before any further neurological deterioration and ideally within 24 hours of the confirmed diagnosis of MSCC.
Nature of Metastases
Attempt to establish the primary histology of spinal metastases (including by tumour biopsy, if necessary) when planning definitive treatment.
Stage the tumours of patients with MSCC to determine the number, anatomical sites, and extent of spinal and visceral metastases when planning definitive treatment.
Functional Ability, General Fitness, Previous Treatments, and Fitness for Anaesthesia
Take into account the preferences of patients with MSCC as well as their neurological ability, functional status, general health and fitness, previous treatments, magnitude of surgery, likelihood of complications, fitness for general anaesthesia, and overall prognosis when planning treatment.
Patients with suspected MSCC, a poor performance status and widespread metastatic disease should wherever possible be discussed with their primary tumour site clinician and spinal senior clinical adviser before any urgent imaging or hospital transfer.
Patients with suspected MSCC who have been completely paraplegic or tetraplegic for more than 24 hours should wherever possible be discussed urgently with their primary tumour site clinician and spinal senior clinical adviser before any imaging or hospital transfer.
Patients who are too frail or unfit for specialist treatment for MSCC should not be transferred unnecessarily.
Patients with MSCC should not be denied either surgery (if fit enough) or radiotherapy on the basis of age alone.
The Role of Scoring Systems
When deciding whether surgery is appropriate, and if so its type and extent, use recognised prognostic factors including the revised Tokuhashi scoring system, and American Society of Anaesthetists (ASA) grading. Systematically record and take into account relevant comorbidities.
Only consider major surgical treatments for patients expected to survive longer than 3 months.
Surgery for the Definitive Treatment of MSCC
If surgery is appropriate in patients with MSCC, attempt to achieve both spinal cord decompression and durable spinal column stability.
Patients with MSCC who are suitable for surgery should have surgery before they lose the ability to walk.
Patients with MSCC who have residual distal sensory or motor function and a good prognosis should be offered surgery in an attempt to recover useful function, regardless of their ability to walk.
Patients with MSCC who have been completely paraplegic or tetraplegic for more than 24 hours should only be offered surgery if spinal stabilisation is required for pain relief.
Consider the speed of onset, duration, degree, and site of origin of neurological symptoms and signs (cord or cauda equina) when assessing the urgency of surgery.
Carefully plan surgery to maximise the probability of preserving spinal cord function without undue risk to the patient, taking into account their overall fitness, prognosis, and preferences.
Posterior decompression alone should not be performed in patients with MSCC except in the rare circumstances of isolated epidural tumour or neural arch metastases without bony instability.
If spinal metastases involve the vertebral body or threaten spinal stability, posterior decompression should always be accompanied by internal fixation with or without bone grafting.
Consider vertebral body reinforcement with cement for patients with MSCC and vertebral body involvement who are suitable for instrumented decompression but are expected to survive for less than 1 year.
Consider vertebral body reconstruction with anterior bone graft for patients with MSCC and vertebral body involvement who are suitable for instrumented decompression, are expected to survive for 1 year or longer and who are fit to undergo a more prolonged procedure.
En bloc excisional surgery with the objective of curing the cancer should not be attempted, except in very rare circumstances (for example, confirmed solitary renal or thyroid metastasis following complete staging).
Radiotherapy for the Definitive Treatment of MSCC
Ensure urgent (within 24 hours) access to and availability of radiotherapy and simulator facilities in daytime sessions, 7 days a week for patients with MSCC requiring definitive treatment or who are unsuitable for surgery.
Offer fractionated radiotherapy as the definitive treatment of choice to patients with epidural tumour without neurological impairment, mechanical pain, or spinal instability.
Offer a fractionated rather than a single fraction regimen to patients with a good prognosis who are having radiotherapy as their first-line treatment.
Preoperative radiotherapy should not be carried out on patients with MSCC if surgery is planned.
Postoperative fractionated radiotherapy should be offered routinely to all patients with a satisfactory surgical outcome once the wound has healed.
Offer urgent radiotherapy (within 24 hours) to all patients with MSCC who are not suitable for spinal surgery unless:
- They have had complete tetraplegia or paraplegia for more than 24 hours and their pain is well controlled
- Their overall prognosis is judged to be too poor
Selection of Treatment Following Previous Radiotherapy
Consider further radiotherapy or surgery for patients who have responded well to previous radiotherapy and develop recurrent symptoms after at least 3 months.
If patients have further radiotherapy, the total dose should be below a biologically equivalent dose of 100 Gy2 where possible. Discuss the possible benefits and risks with the patient before agreeing a treatment plan.
Supportive Care and Rehabilitation
Interventions for Thromboprophylaxis
Offer all patients who are on bed rest with suspected MSCC thigh-length graduated compression/anti-embolism stockings unless contraindicated, and/or intermittent pneumatic compression or foot impulse devices.
Offer patients with MSCC who are at high risk of venous thromboembolism (including those treated surgically and judged safe for anticoagulation) subcutaneous thromboprophylactic low molecular weight heparin in addition to mechanical thromboprophylaxis. (See the National Guideline Clearinghouse [NGC] summary of the National Institute for Health and Clinical Excellence [NICE] clinical guideline Venous thromboembolism for information on reducing the risk of venous thromboembolism [deep vein thrombosis and pulmonary embolism] in inpatients undergoing spinal surgery).
For patients with MSCC, individually assess the duration of thromboprophylactic treatment, based on the presence of ongoing risk factors, overall clinical condition, and return to mobility.
Management of Pressure Ulcers
Undertake and document a risk assessment for pressure ulcers (using a recognised assessment tool) at the beginning of an episode of care for patients with MSCC. Repeat this assessment every time the patient is turned while on bed rest and at least daily thereafter.
While patients with MSCC are on bed rest, turn them using a log rolling technique at least every 2 to 3 hours. Encourage patients who are not on bed rest to mobilise regularly (every few hours). Encourage and assist those who are unable to stand or walk to perform pressure relieving activities such as forward/sideways leaning at least hourly when they are sitting out.
Promptly provide pressure relieving devices to patients with MSCC appropriate to their pressure risk assessment score. Offer patients with restricted mobility or reduced sensation cushions and/or mattresses with very high-grade pressure-relieving properties.
When caring for patients with MSCC, adhere to the pressure sore assessment, prevention and healing protocols recommended in 'The use of pressure-relieving devices for prevention of pressure ulcers' (NICE clinical guideline 7) and 'The management of pressure ulcers in primary and secondary care' (NICE clinical guideline 29).
Bladder and Bowel Continence Management
Assess bowel and bladder function in all patients with MSCC on initial presentation and start a plan of care.
Monitor patients with MSCC who are continent and without urinary retention or disturbed bowel function at least daily for changes in bladder and bowel function.
Manage bladder dysfunction in patients with MSCC initially by a urinary catheter on free drainage. If long-term catheterisation is required, consider intermittent catheterisation or suprapubic catheters.
Offer a neurological bowel management programme to patients with MSCC and disturbed bowel habit as recommended in 'Faecal incontinence' (NICE clinical guideline 49). Take account of patient preferences when offering diet modification, faecal softeners, oral or rectal laxatives, and/or constipating agents as required. Digital stimulation, manual evacuation, rectal irrigation, and surgical treatment may be offered, as required.
Maintaining Circulatory and Respiratory Functioning
Include heart rate and blood pressure measurement, respiratory rate, and pulse oximetry in the initial assessment and routine monitoring of all patients with MSCC.
Symptomatic postural hypotension in patients with MSCC should be managed initially by patient positioning and devices to improve venous return (such as foot pumps and graduated compression/anti-embolism stockings). Avoid overhydration which can provoke pulmonary oedema.
Include clearing of lung secretions by breathing exercises, assisted coughing, and suctioning as needed in the prophylactic respiratory management of patients with MSCC. Treat retained secretions and the consequences by deep breathing and positioning supplemented by bi-phasic positive airway pressure and intermittent positive pressure ventilation if necessary.
Access to Specialist Rehabilitation and Transition to Care at Home
Ensure that all patients admitted to hospital with MSCC have access to a full range of healthcare professional support services for assessment, advice, and rehabilitation.
Focus the rehabilitation of patients with MSCC on their goals and desired outcomes, which could include promoting functional independence, participation in normal activities of daily life, and aspects related to their quality of life.
Offer admission to a specialist rehabilitation unit to those patients with MSCC who are most likely to benefit, for example, those with a good prognosis, a high activity tolerance, and strong rehabilitation potential.
Discharge planning and ongoing care, including rehabilitation for patients with MSCC, should start on admission and be led by a named individual from within the responsible clinical team. It should involve the patient and their families and carers, their primary oncology site team, rehabilitation team and community support, including primary care and specialist palliative care, as required.
Ensure that community-based rehabilitation and supportive care services are available to people with MSCC following their return home, in order to maximise their quality of life and continued involvement in activities that they value.
Ensure that people with MSCC are provided with the equipment and care they require in a timely fashion to maximise their quality of life at home.
Offer the families and carers of patients with MSCC relevant support and training before discharge home.
Clear pathways should be established between hospitals and community-based healthcare and social services teams to ensure that equipment and support for people with MSCC returning home and their carers and families are arranged in an efficient and coordinated manner.