12 Spinal Cord Injury Nursing Care Plans

Spinal cord injury changes everything below the level of the lesion: breathing, movement, sensation, bladder, bowel, and blood pressure regulation. Your work runs from the acute unstable phase, where the priority is keeping the airway open and the spine aligned, through lifelong prevention of pressure injuries, infection, and autonomic dysreflexia. These 12 care plans cover what you manage at the bedside.

What is Spinal Cord Injury?

Spinal cord injury (SCI) is damage to any part of the spinal cord or the nerves at the end of the spinal canal. It usually causes permanent changes in strength, sensation, and body function below the injury.

The common causes are motor vehicle accidents, violence, and sports. The mechanism drives the type of injury and the degree of neurological deficit. Lesions are either complete (total loss of sensation and voluntary motor function) or incomplete (mixed loss).

Findings vary with the level of injury, degree of spinal shock, and phase of recovery, but generally:

• C-1 to C-3: Tetraplegia with total loss of muscular and respiratory function.
• C-4 to C-5: Tetraplegia with impairment, reduced pulmonary capacity, complete dependency for ADLs.
• C-6 to C-7: Tetraplegia with some arm and hand movement allowing some independence in ADLs.
• C-7 to T-1: Tetraplegia with limited use of thumb and fingers, increasing independence.
• T-2 to L-1: Paraplegia with intact arm function and varying intercostal and abdominal muscle function.
• L-1 to L-2 or below: Mixed motor-sensory loss; bowel and bladder dysfunction.

Nursing Care Plans & Management

Care planning goals: maximize respiratory function, protect the cord from further injury, promote mobility and independence, prevent complications, support psychological adjustment of the patient and significant other (SO), teach about the injury and treatment, and plan the transition home or to a supportive setting.

Nursing Problem Priorities

1. Stabilize airway, breathing, and circulation.
2. Prevent pressure ulcers, urinary tract infections, and respiratory infections.
3. Manage pain and optimize comfort.
4. Drive rehabilitation and mobility to maximize independence.
5. Address psychosocial needs.
6. Teach the patient and caregivers self-care, adaptive techniques, and prevention of secondary complications.
7. Coordinate interdisciplinary care and the transition home.

Nursing Assessment

Assess for the following subjective and objective data:

• Pain, numbness, or tingling
• Loss of sensation or motor function in the limbs
• Difficulty with bladder or bowel control
• Emotional distress: frustration, sadness, anxiety
• Concerns about sexual function or fertility
• Altered or absent sensation below the level of injury
• Weakness, difficulty moving, or inability to control the limbs
• Spasticity or exaggerated reflexes
• Urinary or fecal incontinence
• Shortness of breath or difficulty breathing
• Pain or intense pressure in the neck, back, or head
• Difficulty with balance or coordination
• Changes in blood pressure or heart rate
• Autonomic dysreflexia: sudden rise in blood pressure with severe headache, sweating, and flushing

Assess for factors related to the cause:

• Impaired diaphragm innervation (lesions at or above C-5)
• Complete or mixed loss of intercostal muscle function
• Reflex abdominal spasms; gastric distension
• Temporary weakness or instability of the spinal column
• Neuromuscular impairment
• Immobilization by traction

Nursing Diagnosis

After assessment, formulate nursing diagnoses that capture the patient's actual and high-risk problems. These guide the focused interventions that follow.

Nursing Goals

Goals and expected outcomes may include:

• The patient will maintain adequate ventilation, with no respiratory distress and ABGs within acceptable limits.
• The patient will demonstrate behaviors that support respiratory effort.
• The patient will maintain spinal alignment without further cord damage.
• The patient will maintain a position of function, with no contractures or foot drop.
• The patient will increase the strength of unaffected and compensatory body parts.
• The patient will demonstrate techniques that enable resumption of activity and identify behaviors to compensate for deficits.
• The patient will verbalize awareness of sensory needs and the potential for deprivation or overload.
• The patient will report relief or control of pain and identify ways to manage it.
• The patient will demonstrate relaxation skills and diversional activities as indicated.
• The patient will maintain balanced I&O with clear, odor-free urine, free of bladder distension or leakage.
• The patient will demonstrate behaviors to prevent urinary retention and infection.
• The patient will participate, within ability, in preventing skin breakdown.
• The patient will demonstrate an individual bowel program and reestablish a satisfactory elimination pattern.
• The patient will recognize signs and symptoms of autonomic dysreflexia, identify preventive measures, and avoid episodes.
• The patient will progress through the stages of grief, one day at a time, and verbalize acceptance of self in the situation.
• The patient will incorporate changes into self-concept without negating self-esteem and develop realistic plans for role changes.
• The patient will verbalize understanding of the condition, prognosis, and treatment, perform necessary procedures correctly, and participate in the treatment regimen.

Nursing Interventions and Actions

1. Promoting Effective Breathing Pattern

SCI can disrupt the respiratory system, cutting oxygenation and ventilation and raising the risk of pneumonia. Support ventilation: keep the airway patent, provide mechanical ventilation when needed, and work in respiratory muscle training and breathing exercises.

Assess respiratory function. Ask the patient to take a deep breath. Note spontaneous effort and quality of respirations (labored, accessory muscle use). C-1 to C-3 injuries cause complete loss of respiratory function. C-4 or C-5 injuries cause variable loss depending on phrenic nerve and diaphragm involvement, but generally reduce vital capacity and inspiratory effort. Below C-6 or C-7, respiratory muscle function is preserved, though intercostal weakness can impair cough and the ability to sigh and deep breathe.

Auscultate breath sounds. Note absent, decreased, or adventitious sounds (rhonchi). Hypoventilation is common and leads to retained secretions, atelectasis, and pneumonia. Respiratory compromise is a leading cause of death, both in the acute stage and later in life.

Note the strength and effectiveness of the cough. The level of injury determines intercostal function and the ability to cough and move secretions.

Observe skin color for cyanosis and duskiness. Signals impending respiratory failure and the need for immediate intervention.

Assess for abdominal distension and muscle spasm. Abdominal fullness impedes diaphragmatic excursion, reducing lung expansion.

Monitor and limit visitors as indicated. Debilitation and respiratory compromise raise the risk of acquiring upper respiratory infections.

Monitor diaphragmatic movement when a phrenic pacemaker is implanted. Phrenic nerve stimulation can boost respiratory effort and reduce ventilator dependency.

Measure or graph vital capacity (VC), tidal volume (VT), and inspiratory force; serial ABGs; and pulse oximetry. See Laboratory and Diagnostic Procedures.

Elicit concerns and questions about mechanical ventilation. Provide honest answers. Respiratory needs are not fully known until spinal shock resolves and the acute rehab phase is complete. Even with ventilator support, alternative devices and techniques can enhance mobility and independence.

Maintain a patent airway: keep the head neutral, elevate the head of the bed slightly if tolerated, and use airway adjuncts as indicated. High cervical injury with impaired gag and cough reflexes requires help preventing aspiration.

Help the patient take control of respirations. Coach deep breathing, focusing on the steps of each breath. With higher injuries, breathing may require conscious effort rather than running automatically.

Assist with coughing for the level of injury: have the patient take a deep breath and hold for 2 seconds before coughing, or inhale deeply and cough at the end of a slow exhalation. Or place your hands below the diaphragm and push upward as the patient exhales (quad cough). Adds volume to the cough and moves secretions high enough to suction. Quad cough is generally reserved for stable injuries in the rehabilitation stage.

Suction as necessary. Document the quality and quantity of secretions. Suctioning clears secretions when the cough is ineffective. Routine suctioning raises the risk of hypoxia, bradycardia (vagal response), and tissue trauma, so base it on the inability to move secretions, not the clock.

Reposition and turn periodically. Limit the prone position when indicated. Ventilates all lung segments and mobilizes secretions. The prone position significantly decreases vital capacity and raises the risk of respiratory failure.

Encourage fluids (at least 2,000 mL/day). Liquefies secretions for easier mobilization and expectoration.

Administer oxygen by the appropriate method (nasal prongs, mask, intubation, ventilator). The method depends on the level of injury, degree of respiratory insufficiency, and recovery of muscle function after spinal shock.

Assist with respiratory adjuncts (incentive spirometer, blow bottles) and chest physiotherapy (chest percussion). Preventing retained secretions maximizes gas diffusion and reduces pneumonia risk.

Consult respiratory and physical therapists. They build exercises to strengthen respiratory effort. Glossopharyngeal breathing, for example, uses the mouth, pharynx, and larynx to swallow air into the lungs, improving vital capacity and chest expansion.

2. Improving Physical Mobility

SCI impairs mobility through loss of motor function and sensation. Depending on the level and severity, patients have varying paralysis, weakness, and sensory loss, which threaten daily function and demand close monitoring and assistive devices.

Continually assess motor function as spinal shock or edema resolves. Have the patient shrug the shoulders, spread the fingers, squeeze, and release your hands. Motor-sensory impairment for a given level can be mixed or unclear, and this shapes your interventions.

Measure BP before and after activity in the acute phase or until stable. Change position slowly. Use a cardiac bed, tilt table, or CircOlectric bed as activity advances. Orthostatic hypotension occurs from venous pooling (loss of vascular tone). Side-to-side movement or head elevation can worsen hypotension and cause syncope.

Inspect skin daily. Watch pressure areas and give meticulous skin care. Teach the patient to inspect skin with a mirror for hard-to-see areas. Altered circulation, lost sensation, and paralysis drive pressure sore formation. This is a lifelong concern.

Investigate sudden dyspnea, cyanosis, or other respiratory distress. Pulmonary emboli may be silent because pain perception is altered and DVT is not readily recognized.

Assess for redness, swelling, and calf muscle tension. Record calf and thigh measurements if indicated. In a high percentage of cervical cord injuries, thrombi develop from altered peripheral circulation, immobilization, and flaccid paralysis. Risk is greatest during the first 2 weeks after injury and stays elevated through the next 3 months.

Provide a means to summon help (sensitive call light). Gives the patient a sense of control and reduces fear of being left alone. A quadriplegic on a ventilator requires continuous observation in early management.

Perform full ROM exercises on all extremities and joints with slow, smooth movements. Hyperextend the hips periodically. Boosts circulation, maintains muscle tone and joint mobility, and prevents disuse contractures and atrophy.

Position the arms at a 90-degree angle at regular intervals. Prevents frozen shoulder contractures.

Keep the ankles at 90 degrees with a footboard or high-top shoes. Place trochanter rolls along the thighs in bed. Prevents foot drop and external rotation of the hips.

Elevate the lower extremities at intervals when in a chair, or raise the foot of the bed when permitted. Assess for foot and ankle edema. Loss of vascular tone and muscle action pools blood in the lower abdomen and legs, raising the risk of hypotension and thrombus formation.

Plan uninterrupted rest periods. Encourage involvement within tolerance. Prevents fatigue, allowing the patient to participate fully.

Reposition periodically even when sitting. Teach weight-shifting techniques. Reduces pressure areas and promotes peripheral circulation.

Prepare for weight-bearing activities: tilt table for an upright position, plus strengthening and conditioning for unaffected parts. Early weight bearing reduces osteoporotic changes in long bones and lowers the incidence of urinary infections and kidney stones. 50% of patients develop heterotopic ossification, which causes pain and decreased joint flexibility.

Encourage relaxation techniques. Reduces muscle tension and fatigue and may ease the pain of spasms and spasticity.

Assist with pulmonary hygiene: deep breathing, coughing, suctioning. Immobility and bedrest raise the risk of pulmonary infection.

Place the patient in a kinetic therapy bed when appropriate. Immobilizes unstable spinal columns and improves circulation, which is thought to reduce complications of immobility.

Apply anti-embolic hose or sequential compression devices (SCDs) to the legs as appropriate. Limits pooling of blood, improving vasomotor tone and reducing thrombus formation and pulmonary emboli.

Administer muscle relaxants and antispasticity agents as indicated. See Pharmacologic Management.

Consult physical and occupational therapists and the rehab team. They build individualized exercise programs and assistive devices to maintain function and independence.

3. Promoting Safety and Preventing Trauma and Injury

Impaired movement and sensation put patients at risk for falls, pressure ulcers, and burns. Disrupted sensory pathways cause numbness, tingling, and loss of sensation, along with altered proprioception that affects the ability to perceive limb position and movement.

Check weights for ordered traction pull (usually 10 to 20 lb). Weight depends on the patient's size and the reduction needed to maintain vertebral alignment.

Check the external stabilization device (Gardner-Wells tongs or skeletal traction). These decompress spinal fractures and stabilize the column during the acute phase to prevent further cord injury.

Elevate the head of the traction frame or bed as indicated. Ensure frames are secure, pulleys aligned, and weights hanging free. Creates a safe counterbalance to maintain position and traction pull.

Maintain bedrest and immobilization devices (sandbags, traction, halo, hard or soft cervical collars, brace). Bedrest prevents instability and aids healing. Traction is used only for cervical spine stabilization.

Reposition at intervals using turn sheets, foam wedges, blanket rolls, and pillows. Use at least three staff members when turning and logrolling. Follow special instructions for traction equipment, kinetic beds, and frames once the halo is in place. Maintains alignment and reduces further trauma. Grasping the brace or halo vest to turn the patient may cause additional injury.

Assist with and maintain skeletal traction via tongs, calipers, halo, or vest as indicated. Reduces vertebral fracture and dislocation.

Prepare for internal stabilization surgery (spinal laminectomy or fusion) if indicated. Surgery may be needed for stabilization, cord decompression, or removal of bony fragments.

Assess and document sensory function and deficits (touch, pinprick, hot or cold), progressing from the deficit area to a neurologically intact area. Changes may not appear in the acute phase, but as spinal shock resolves, document them by dermatome charts or anatomical landmarks ("2 in above the nipple line").

Note exaggerated emotional responses and altered thought (disorientation, bizarre thinking). Points to sensory tract damage and psychological stress requiring further assessment.

Protect from harm (falls, burns, positioning of arms and objects). The patient may not sense pain or know body position.

Help the patient recognize and compensate for altered sensation. Explain procedures before and during care, naming the body part involved. Reduces the anxiety of the unknown, prevents injury, and reinforces perception of the whole body.

Provide tactile stimulation in intact sensory areas (shoulders, face, head). Touch conveys caring and fills a normal physiological and psychological need.

Position the patient to see surroundings and activities. Provide prism glasses when prone on the turning frame. Talk to the patient frequently. Provides sensory input, which is severely limited in the prone position.

Provide diversional activities (television, radio, music, liberal visitation) and orientation cues (clocks, calendars, pictures, bulletin boards). Encourage SO and family to share news. Maintains reality orientation and a sense of normality.

Provide uninterrupted sleep and rest periods. Reduces sensory overload, improves coping, and reestablishes natural sleep patterns.

4. Managing and Relieving Acute Pain

Trauma and tissue damage cause acute pain. Manage it with a multimodal approach: pharmacologic (analgesics, neuropathic pain agents), nonpharmacologic (physical therapy, heat and cold, TENS), and treatment of the underlying triggers.

Assess for pain. Help the patient locate and quantify it (location, type, intensity on a 0 to 10 scale). Patients usually report pain above the level of injury (chest, back, headache from the stabilizer). After spinal shock, muscle spasms and radicular pain appear, described as burning or stabbing (peripheral nerve injury radiating in a dermatomal pattern). It begins within days to weeks of injury and may become chronic.

Evaluate increased irritability, muscle tension, restlessness, and unexplained vital sign changes. Nonverbal cues of pain that need intervention.

Help the patient identify precipitating factors. Burning pain and spasms can be triggered by anxiety, tension, temperature extremes, prolonged sitting, and bladder distension.

Provide comfort measures (position changes, massage, ROM, warm or cold packs). Alternative pain control reduces medication needs and undesirable effects on respiratory function.

Encourage relaxation (guided imagery, visualization, deep breathing) and diversional activities. Refocuses attention, promotes control, and enhances coping.

Administer medications as indicated: muscle relaxants dantrolene (Dantrium), baclofen (Lioresal); analgesics; antianxiety agents diazepam (Valium). Relieve spasms and spasticity-related pain or ease anxiety and promote rest. See Pharmacologic Management.

5. Promoting Effective Urinary Elimination

Set up a bladder management program (intermittent catheterization, timed voiding, or an indwelling catheter) with adequate fluid intake, and treat bladder dysfunction to prevent retention and incontinence.

Assess the voiding pattern (frequency and amount). Compare output with intake. Note specific gravity. Identifies bladder emptying, renal function, and fluid balance. Urinary complications are a major cause of death.

Palpate for bladder distension and watch for overflow. Dysfunction varies but may include loss of bladder contraction and inability to relax the sphincter, causing retention and reflux incontinence. Bladder distension can trigger autonomic dysreflexia.

Observe for cloudy or bloody urine and foul odor. Dipstick as indicated. Signs of urinary or kidney infection that can lead to sepsis. Multistrip dipsticks quickly read pH, nitrite, and leukocyte esterase suggesting infection.

Encourage intake (2 to 4 L/day), including acid ash juices (cranberry). Maintains renal function and prevents infection and stone formation. Fluid may be restricted during the initiation of intermittent catheterization.

Begin bladder retraining per protocol when appropriate (timed fluids, digital stimulation of the trigger area, contraction of abdominal muscles, Credé's maneuver). Timing and type depend on upper or lower neuron involvement. Use Credé's maneuver with caution; it can precipitate autonomic dysreflexia.

Cleanse and dry the perineal area. Provide catheter care as appropriate. Reduces skin irritation and ascending infection.

Urinary catheterization:

• Monitor BUN, creatinine, and WBC count. Reflects renal function and identifies complications.

• Administer medications as indicated: vitamin C or urinary antiseptics such as methenamine mandelate (Mandelamine). Maintains an acidic environment and discourages bacterial growth.

• Refer for evaluation for bladder and bowel stimulation. Implantable devices that send electrical signals to the spinal nerves controlling the bladder and bowel are under clinical study, with promising early results.

• Keep the bladder deflated with an indwelling catheter initially. Start an intermittent catheterization program when appropriate. An indwelling catheter prevents retention and monitors output during the acute phase. Intermittent catheterization reduces the complications of long-term indwelling catheters. A suprapubic catheter may be used for long-term management.

Measure residual urine by postvoid catheterization or ultrasound. Detects retention and gauges the effectiveness of bladder training. Ultrasound is noninvasive, avoiding bladder colonization.

6. Wound Care and Maintaining Skin Integrity

Pressure ulcers are a common, preventable complication. Assess skin regularly, reposition frequently, keep skin clean and dry, maintain nutrition, and use pressure-relieving devices. Wounds may need specialized dressings and a wound care specialist.

Inspect all skin, noting capillary blanching and refill, redness, and swelling. Watch the back of the head, the skin under the halo frame or vest, and skin folds. Skin breaks down easily from altered circulation, inability to sense pressure, immobility, and altered temperature regulation.

Observe halo and tong insertion sites for swelling, redness, and drainage. These sites are prone to infection and provide a route into the cranial cavity. Newer halo frames do not require screws or pins.

Continue the regular exercise program. Stimulates circulation, improving cellular nutrition, oxygenation, and tissue health.

Elevate the lower extremities periodically if tolerated. Enhances venous return and reduces edema.

Avoid injecting medication below the level of injury. Reduced circulation and sensation raise the risk of delayed absorption, local reaction, and tissue necrosis.

Massage and lubricate the skin with bland lotion. Protect pressure points with heel or elbow pads, lamb's wool, foam padding, and an egg-crate mattress. Use skin-hardening agents (tincture of benzoin, Karaya, Sween cream). Protects skin surfaces. Tetraplegic and paraplegic patients need lifelong protection from decubitus formation, which causes extensive tissue necrosis and sepsis.

Reposition frequently in bed or sitting. Use the prone position periodically. Improves circulation and reduces pressure time on bony prominences.

Wash and dry skin, especially in high-moisture areas such as the perineum. Avoid wetting the lining of the brace or halo vest. Clean, dry skin resists excoriation and breakdown.

Keep bedclothes dry and free of wrinkles and crumbs. Reduces skin irritation.

Cleanse halo and tong sites routinely and apply antibiotic ointment per protocol. Prevents local and cranial infection.

Provide kinetic therapy or an alternating-pressure mattress as indicated. Improves circulation and decreases skin pressure.

7. Managing Constipation and Improving Bowel Function

Disrupted neural pathways reduce motility and sensation, leading to decreased peristalsis, longer transit time, and impaction. Monitor bowel function and run a bowel program with adequate fluid, fiber, and positioning.

Auscultate bowel sounds, noting location and character. Bowel sounds may be absent during spinal shock. High tinkling sounds suggest ileus.

Observe for abdominal distension if bowel sounds are decreased or absent. Lost peristalsis (impaired innervation) paralyzes the bowel, creating ileus and distension. Overdistension precipitates autonomic dysreflexia once spinal shock subsides.

Note nausea and vomiting. Check vomitus or gastric secretions and stools for occult blood. GI bleeding may follow injury (Curling's ulcer) or therapy (steroids, anticoagulants).

Record frequency, character, and amount of stool. Identifies the degree of impairment and the assistance required.

Check for impaction (no formed stool for days, semiliquid stool, restlessness, increased fullness or distension). Early intervention treats retained stool and reduces complications.

Establish a regular daily bowel program (digital stimulation, prune juice, warm beverage, stool softeners, suppositories at set intervals). Match the usual time and routine of post-injury evacuations. A lifelong program is needed for routine evacuation, which is central to independence and social acceptance. Upper motor neuron bowels are generally regulated with suppositories or digital stimulation. The lower motor neurogenic bowel is harder to regulate and usually requires manual disimpaction. Many patients prefer a morning program over the evening schedule common in acute and rehab settings.

Encourage a balanced diet with bulk and roughage and increased fluid (at least 2,000 mL/day), including fruit juices. Improves stool consistency for transit. A mix of prune juice, applesauce, and bran often provides adequate fiber.

Encourage exercise and activity within ability, and up in a chair as tolerated. Improves appetite and muscle tone, enhancing GI motility.

Watch for incontinence and help the patient connect it to diet or routine changes. Patients can eventually achieve fairly normal bowel habits, which support independence and self-esteem.

Restrict grapefruit juice and caffeinated beverages (coffee, tea, cola, chocolate). Their diuretic effect reduces bowel fluid, producing dry, hard stool.

Provide meticulous skin care. Lost sphincter control and innervation raise the risk of skin breakdown.

Insert and maintain a nasogastric tube to suction if appropriate. Reduces gastric distension and prevents vomiting and aspiration.

Insert a rectal tube as needed. Reduces bowel distension, which can precipitate autonomic responses.

Administer medications as indicated. See Pharmacologic Management.

Consult a dietitian and nutritional support team. Builds a dietary plan that accounts for the state of digestion and bowel function.

8. Recognizing and Managing Autonomic Dysreflexia

Autonomic dysreflexia is a life-threatening emergency from disrupted autonomic reflexes below the level of injury. Noxious stimuli such as bladder distension or bowel impaction trigger it. Catch it early: untreated, it leads to seizures, stroke, or cardiac arrest.

Identify and monitor precipitating factors (bladder or bowel distension or manipulation; bladder spasms, stones, infection; skin pressure, prolonged sitting; temperature extremes or drafts). Visceral distension is the most common cause. Treat acute episodes immediately by removing the stimulus, then focus on prevention.

Watch for signs: changes in vital signs, paroxysmal hypertension, tachycardia or bradycardia; sweating and flushing above the lesion; pallor below the injury, chills, piloerection, nasal stuffiness, and a severe pounding headache in the occiput and frontal regions. Note chest pain, blurred vision, nausea, metallic taste, and Horner's syndrome (pupil contraction, partial ptosis, enophthalmos, and sometimes loss of sweating over one side of the face). Early detection prevents serious complications. Average systolic BP in tetraplegic patients is 120 mm Hg, so readings of 140+ mm Hg may be high for them.

Monitor BP frequently (every 3 to 5 minutes) during an acute episode and act to eliminate the stimulus. Keep monitoring after symptoms subside. Aggressive therapy and stimulus removal can drop BP rapidly into a hypotensive crisis, especially in patients who normally run low. Dysreflexia can recur if the stimulus is not eliminated.

Obtain a urine culture as indicated. Infection can trigger episodes.

Stay with the patient during an episode. This is potentially fatal. Continuous monitoring also reduces the patient's anxiety.

Elevate the head of the bed to 45 degrees or place the patient in a sitting position. Lowers BP to prevent intracranial hemorrhage, seizures, or death. Sitting a tetraplegic patient up automatically lowers BP.

Eliminate the causative stimulus: bladder, bowel, and skin pressure (loosen tight leg bands or clothing, remove abdominal binder or elastic stockings); temperature extremes. Removing the stimulus usually ends the episode. Removing constrictive clothing and vascular support promotes venous pooling to lower BP. Apply topical anesthetic if sunburn is present. Delay removal of bowel impaction until the cardiovascular status is stable.

Teach the patient and SO the warning signs and prevention (gooseflesh, sweating, and piloerection may signal a full bowel; sunburn may trigger an episode). This lifelong problem is largely controlled by avoiding overdistension of visceral organs and pressure on the skin.

Administer medications as indicated (IV, parenteral, oral, or transdermal) and monitor the response. See Pharmacologic Management.

Apply local anesthetic ointment to the rectum; remove impaction after symptoms subside. Ointment blocks further autonomic stimulation and eases removal without aggravating symptoms.

Prepare for a pelvic or pudendal nerve block or posterior rhizotomy if indicated. Considered when dysreflexia does not respond to other therapies.

9. Enhancing Effective Coping and Self-Esteem

The injury upends body image, self-perception, and self-efficacy, and can drive grief and low self-esteem. Support coping with counseling and education that help the patient adapt and engage in activities that rebuild self-worth.

Identify signs of grieving (shock, denial, anger, depression). The patient moves through many emotional reactions. These stages are not static, and the pace varies.

Shock

• Note lack of communication or emotional response and absence of questions. Shock is the initial reaction to overwhelming injury. The priority is maintaining life, and the patient may be too ill to express feelings.

• Give simple, accurate information to the patient and SO. Be honest; provide emotional support without false reassurance. Awareness and attention span may be limited early. Little is known about the final outcome during the acute phase, so early emotional support often centers on the SO.

• Encourage expressions of sadness, grief, guilt, and fear from the patient, SO, and friends. Knowing these feelings are appropriate and should be expressed supports the patient and SO.

• Bring the SO into problem-solving and care planning. Builds a therapeutic relationship, provides a sense of control over forced changes, and promotes the patient's well-being.

Denial

• Help the patient and SO verbalize feelings without judgment. An important first step in dealing with what happened and identifying coping mechanisms.

• Note comments about expecting to walk soon or bargaining with God. Do not confront these early in rehabilitation. The patient may deny the permanency rather than the disability. With outcome genuinely uncertain, denial can be a useful coping tool at this stage.

• Focus on present needs (ROM, skin care). Attention to the here and now reduces frustration about an uncertain future and makes today's problems manageable.

Anger

• Identify manipulative behavior and reactions to caregivers. The patient may express anger verbally or physically (spitting, biting), claim nothing is done right, or pit caregivers against each other.

• Encourage the patient to take control where possible (care routines, dietary choices, diversional activities). Reduces anger tied to powerlessness and restores a sense of control and responsibility.

• Accept expressions of anger and hopelessness. Avoid arguing. Show concern. Acknowledges the patient as a worthwhile individual and provides nonjudgmental care.

• Set limits on acting out and unacceptable behavior (abusive language, sexually aggressive or suggestive behavior). Expressing negative feelings matters, but patients and staff must be protected from violence and embarrassment. Family support is essential through this phase.

Depression

• Note loss of interest in living, sleep disturbance, suicidal thoughts, and hopelessness. Listen without confronting. Let the patient know you are available. This phase may last weeks, months, or years. Acceptance of these feelings and consistent support are key to resolution.

• Arrange visits by similarly affected individuals as appropriate. Talking with someone who shared similar fears and survived can help the patient accept the reality of the condition and the losses.

Consult and refer to a psychiatric nurse, social worker, psychiatrist, or pastor. The patient and SO need help working through alienation, guilt, and resentment over lifestyle and role changes. The family benefits from long-term support in adapting to a member who may be permanently different. Both may face spiritual distress, including guilt and anger at God, which can interfere with grief resolution.

Acknowledge the difficulty of determining the degree of functional loss and the chance of improvement. Long-term effects are unknown during the acute phase, delaying the patient's ability to integrate the situation into self-concept.

Listen to the patient's comments and responses. Provides clues to the view of self, role changes, and needs, useful for pacing information.

Assess the dynamics of the patient and SO (role in the family, cultural factors). Injury disrupts the patient's previous family role, and issues of independence and dependence must be addressed.

Watch for sexually oriented jokes, flirting, or aggressive behavior. Elicit concerns, fears, and feelings about the situation and the future. Anxiety develops from perceived loss and changes in self-image and role. Forced dependency is often devastating, especially alongside changes in function and appearance.

Be aware of your own reactions to the patient's sexual anxiety. Disruptive behavior can create conflict between patient and staff, reinforce negative feelings, and undermine the patient's willingness to engage in rehabilitation.

Encourage the SO to treat the patient as normally as possible (home situations, family news). Keeping the patient in the family unit reduces social isolation and helplessness and lets the SO contribute to the patient's welfare.

Provide accurate information. Discuss prognosis and treatment honestly at the patient's level of acceptance. Focus on present and immediate needs first, then build in long-term goals. Repeat information until the patient integrates it.

Discuss the meaning of the loss or change with the patient and SO. Assess their interactions. The actual change in body image may differ from what the patient perceives, and distortions can be unconsciously reinforced by the SO.

Accept the patient and show concern for the person. Identify and build on strengths, and give positive reinforcement for progress. Establishes a therapeutic atmosphere for self-acceptance.

Include the patient and SO in care, letting the patient make decisions and do self-care as possible. Recognizes the patient is still responsible for their own life and provides control. The patient may reject all help or be completely dependent during this phase.

Arrange a visit by a similarly affected person if the patient wants it. Offers hope and a role model, and can be a vital post-discharge resource during adjustment.

Refer to counseling and psychotherapy as indicated (psychiatric clinical nurse specialist, psychiatrist, social worker, sex therapist). Additional help adjusting to changes in body image and life.

10. Initiating Health Teachings and Patient Education

SCI is complex, and patients need extensive education on bowel and bladder management, skin care, and mobility. Teaching drives self-management and better outcomes.

Discuss the injury, current prognosis, and future expectations. Builds the knowledge base for informed choices and commitment to the regimen. Better management of SCI effects has raised life expectancy to about 5 years below the norm for the age group.

Identify symptoms to report immediately (infection of any kind, especially urinary and respiratory; skin breakdown; unresolved autonomic dysreflexia; suspected pregnancy). Early identification allows intervention before complications worsen.

Provide information and demonstrate:

• Positioning Promotes circulation and reduces tissue pressure and complications.

• Use of pillow supports and splints Keeps the spine aligned and limits contractures, improving function and independence.

Encourage daily exercise and conditioning and avoidance of fatigue and chills. Reduces spasticity and thromboembolic risk and builds mobility and strength. Squeezing a rubber ball and arm exercises improve upper-body strength for transfers and wheelchair mobility; contracting rectal or vaginal muscles improves bladder control; bearing down and contracting the abdomen strengthens the trunk and improves GI function (paraplegic).

Teach energy conservation, pacing, and adequate rest. Review the drug regimen, noting baclofen (Lioresal), diazepam (Valium), and tizanidine (Zanaflex). Fatigue is common and limits participation in care. Antispasticity drugs can worsen it, sometimes requiring a change in choice or dose. Amantadine (Symmetrel) and fluoxetine (Prozac) may reduce the sense of fatigue by potentiating dopamine or inhibiting serotonin uptake in the CNS.

Have the SO and caregivers do patient care and demonstrate procedures (splints, braces, suctioning, positioning, skin care, transfers, bowel and bladder program, checking the temperature of bath water and food). Builds caregiver competence and comfort and reduces the risk of injury and complications.

Teach caregivers techniques to facilitate cough. Quad coughing helps expectorate secretions or move them high enough to suction.

Recommend applying an abdominal binder before arising (tetraplegic) and changing position slowly. Use a safety belt and enough people during bed-to-wheelchair transfers. Reduces pooling of blood in the abdomen and pelvis, minimizing postural hypotension, and protects the patient from falls and the caregiver from injury.

Teach skin care: inspect all skin daily, use adequate padding (foam, silicone gel, water pads) in bed and chair, and keep skin dry. Stress regular monitoring of support surfaces (cushions, mattresses, overlays). Reduces decubitus, which the patient must manage for life. Catching product fatigue or misuse early reduces pressure ulcer risk.

Discuss preventing excessive diaphoresis with tepid bath water, fans, and removing excess clothing. Reduces skin irritation and breakdown.

Review dietary needs, including bulk and roughage. Problem-solve around muscle strength and GI changes. Provides nutrition for energy and healing and prevents constipation, distension, and gas.

Review pain management. Discuss future therapies if pain becomes chronic. Recommend avoiding OTC drugs without the healthcare provider's approval. Pain often becomes chronic in SCI: mechanical (overuse of joints), radicular (peripheral nerve injury), or cervical (burning, aching just below the level of injury). Dysesthetic pain distal to the injury is extremely disabling, similar to phantom pain. Treatment may include a team pain management approach, medications (Neurontin, Klonopin, Elavil), or electrical stimulation.

Discuss how to identify and manage autonomic dysreflexia. Patients may recognize the signs, but caregivers must know how to prevent triggers and respond.

Stress continued work with the rehab team for functional goals and long-term monitoring. At any level of injury, the patient may achieve some independence: manipulating an electric wheelchair with a mouth stick (C-3, C-4); independent dressing and transferring to bed, car, and toilet (C-7); or total wheelchair independence (C-8 to T-4). New discoveries continue to modify equipment and therapy needs.

Evaluate the home layout for needed changes. Identify equipment and medical supply needs and resources. Physical changes may be needed to accommodate the patient and equipment. Prior arrangements ease the transfer home.

Discuss sexual activity and reproductive concerns. Review alternative activities and positions and spasticity management (opposing pressure on the area of spasm, pillows for support, regular stretching and ROM, appropriate medications). Sexuality is often an unspoken concern. SCI affects all areas of sexual function. The level of injury affects contraception choice and its side effects. Some female patients develop autonomic dysreflexia during intercourse or labor and delivery.

Identify community resources (health agencies, visiting nurses, financial counselors, service organizations, the Spinal Cord Injury Foundation). Supports home management and provides respite for caregivers.

Coordinate community and rehabilitation resources. Coordination ensures needs are not overlooked and the patient reaches an optimal level of rehabilitation. People with SCI are living longer, and more injuries occur at advanced ages, adding the effects of aging to care.

Arrange a transmitter and emergency call system. Provides safety and access to emergency assistance.

Plan for alternate caregivers as needed. Provides respite if regular caregivers are ill or emergencies arise.

11. Administering Medications and Pharmacologic Support

Medications may include pain relievers (NSAIDs, opioids) plus muscle relaxants, antispasmodics, anticonvulsants, or antidepressants for spasms, neuropathic pain, spasticity, or mood.

Diazepam (Valium), baclofen (Lioresal), dantrolene (Dantrium) Limit pain associated with spasticity. Baclofen may be delivered long-term via an implanted intrathecal pump.

Tizanidine (Zanaflex) A centrally acting alpha-2 adrenergic agonist that reduces spasticity. Its short duration requires careful dosing. It may add to baclofen (Lioresal) but must be used cautiously, since both share similar side effects.

Opioids (morphine, oxycodone, fentanyl) For moderate to severe pain, acting on the CNS. Use judiciously under close supervision given the risk of dependence and respiratory depression.

Anticonvulsants (gabapentin, pregabalin) Treat neuropathic pain by stabilizing abnormal electrical activity in the nervous system.

Antidepressants (amitriptyline, duloxetine) Manage chronic pain by altering neurotransmitter levels, decreasing pain perception.

Methenamine mandelate (Mandelamine) Breaks down into formaldehyde and ammonia in the urine, inhibiting bacterial growth and helping prevent UTIs.

Stool softeners, laxatives, suppositories, enemas (eg, Therevac-SB) Stimulate peristalsis and routine evacuation. Warm suppositories to room temperature and lubricate before insertion. Therevac-SB is a 4 cc mini enema of docusate and glycerin that may cut bowel care time by as much as 1 hour.

Antacids, cimetidine (Tagamet), ranitidine (Zantac) Reduce or neutralize gastric acid to lessen irritation and bleeding risk.

Diazoxide (Hyperstat), hydralazine (Apresoline) Reduce BP if severe, sustained hypertension occurs.

Nifedipine (Procardia), 2% nitroglycerin ointment (Nitrostat) Sublingual nifedipine is usually effective when there is no IV access for diazoxide (Hyperstat), but may need a repeat dose in 30 to 60 minutes. May be used with topical nitroglycerin.

Atropine sulfate Increases heart rate if bradycardia occurs.

Morphine sulfate Relaxes smooth muscle to help lower blood pressure and muscle tension.

Adrenergic blockers such as methysergide maleate (Sansert) Used prophylactically if the problem persists and recurs frequently.

Antihypertensives such as prazosin (Minipress), phenoxybenzamine (Dibenzyline) Long-term use relaxes the bladder neck and enhances emptying, easing the most common cause of chronic autonomic dysreflexia.

12. Monitoring Laboratory and Diagnostic Procedures

Blood tests assess overall health and underlying conditions. Imaging (MRI, CT) visualizes the cord and surrounding structures to locate and size the injury.

Vital capacity (VC), tidal volume (VT), inspiratory force Determine respiratory muscle function. Serial measurements predict impending respiratory failure in acute injury or gauge function after spinal shock and during weaning.

Serial ABGs and pulse oximetry Document ventilation and oxygenation and identify hypoventilation (low PaO2, elevated PaCO2) and pulmonary complications.

Imaging studies (X-rays, CT, MRI) Assess the extent and location of injury. X-rays show the bony structures; CT and MRI detail the cord, nerve roots, and surrounding tissues.

Urodynamic testing Evaluates bladder function and voiding abnormalities to guide management and prevent retention and incontinence.

Electromyography (EMG) and nerve conduction studies Assess nerve and muscle function. EMG measures electrical activity via a needle electrode; nerve conduction studies measure the speed and strength of signals along the nerves to identify damage.

Bone density scan Osteoporosis is a common concern in SCI. A DEXA scan assesses bone density and fracture risk.