Prolonged Bed Rest Care Plans: 8 Nursing Diagnosis

Bed rest is a treatment with a long list of side effects. You order it to lower metabolic demand and let the body recover, but every day flat in bed costs the patient something: muscle wasting, bone demineralization, pooled secretions, clots forming in the calves, skin breaking down over the sacrum, blood pressure that drops out from under them the first time they stand. Your job is to deliver the benefit of rest while heading off the damage, and most of that damage is preventable if you stay ahead of it. With shorter hospital stays, a lot of this work now happens in nursing homes and at home, so the teaching matters as much as the bedside care.

The goals are to keep peripheral and cerebral perfusion, maximize functional ability, maintain bowel function, support sexual functioning, prevent disuse syndrome, build toward self-care, and catch complications early.

Nursing Care Plans and Management

Care centers on comfort, preventing complications (DVT, muscle wasting, UTIs, pressure injury), and protecting physical and psychological function.

Nursing Problem Priorities

Assess for and prevent the complications of immobility. Reposition and run mobility exercises. Monitor vital signs and respiratory function. Teach and support the patient. Coordinate with the team, schedule regular reassessment, and support a gradual return to activity.

Nursing Assessment

Assess for the following subjective and objective data:

• Fatigue and weakness
• Muscle or joint pain
• Disturbed sleep
• Boredom, frustration, or restlessness
• Decreased muscle strength and tone, loss of muscle mass
• Limited joint range of motion
• Pressure injury or skin breakdown
• Changes in vital signs (rising heart rate, falling blood pressure)
• Edema in the extremities

Nursing Diagnosis

Common diagnoses for the bedbound patient:

• Risk for Impaired Skin Integrity as evidenced by immobility, pressure over bony prominences, and decreased movement
• Impaired Physical Mobility related to prolonged bed rest as evidenced by muscle weakness, limited range of motion, and decreased muscle mass
• Impaired Gas Exchange related to decreased lung expansion as evidenced by shallow breathing, diminished breath sounds, and fatigue
• Risk for Constipation due to reduced activity and inadequate fluid intake
• Activity Intolerance related to immobility and muscle atrophy as evidenced by weakness, exertional dyspnea, and rising heart rate with activity
• Risk for Disuse Syndrome as evidenced by prolonged inactivity, increasing susceptibility to muscle atrophy, joint contractures, and decreased strength
• Risk for Powerlessness as evidenced by dependency on others and loss of autonomy

Nursing Goals

• Adequate peripheral perfusion: normal skin color and temperature, distal pulses greater than 2+ on a 0 to 4+ scale.
• The patient performs exercises independently, complies with prophylactic therapy, and maintains 2 to 3 liters of fluid per day unless contraindicated.
• The patient relates satisfaction with sexuality and understands how to resume sexual activity.
• The patient verbalizes strategies that promote bowel elimination and states return of a normal bowel pattern within 3 to 5 days.
• The patient and caregivers set realistic goals for independence and self-care.
• The patient engages in diversional activities and reports no boredom.
• On getting out of bed, the patient has adequate cerebral perfusion: heart rate under 120 beats per minute and blood pressure of 90/60 mm Hg or greater (or within 20 mm Hg of baseline) immediately after a position change, normal dry skin, no vertigo or syncope, and heart rate and blood pressure back to resting levels within 3 minutes.
• When bed rest is lifted, the patient shows full range of motion of all joints without pain, with limb girth at or above baseline.
• The patient shows cardiac tolerance to activity: respiratory rate 20 breaths/min or less with normal depth, no rales, heart rate 20 bpm or less over resting, systolic blood pressure within 20 mm Hg of resting, normal sinus rhythm, no new murmurs, dysrhythmias, gallop, or chest pain, and warm dry skin.
• The patient rates perceived exertion (RPE) at 3 or less on a 0 (none) to 10 (maximum) scale.
• The patient maintains muscle strength and joint range of motion.

Nursing Interventions and Actions

1. Promoting Adequate Circulation

A bedbound leg is a clot waiting to happen. Stagnant flow, lost calf-muscle pump, and hemoconcentration set up DVT, and the same immobility sets up orthostatic hypotension when the patient finally stands. Watch the legs, keep the blood moving, and know your anticoagulation values.

Assess the calf and groin for redness, pain, warmth, unilateral swelling, coolness, abnormal color, and venous dilation distal to the area. Calf pain on dorsiflexion (positive Homan's sign) with these signs may point to DVT or venous thromboembolism.

Monitor vital signs and check the erythrocyte sedimentation rate (ESR) when available. Tachycardia, fever, and a rising ESR can accompany DVT. Normal ESR runs 0 to 15 mm/hr for men under 50, 0 to 20 mm/hr for men over 50, 0 to 20 mm/hr for women under 50, and 0 to 30 mm/hr for women over 50.

Measure and compare the circumference of both legs. A larger affected leg suggests DVT.

Review PT/INR and PTT. On anticoagulant therapy, the targets are PTT 60 to 70 seconds (or 1.5 to 2.5 times the control value) and INR 2.0 to 3.0. Higher values mean a higher bleeding risk.

Notify the provider of significant findings. Confirmed DVT needs further workup to head off a pulmonary embolus.

Teach the patient the signs and symptoms of DVT. A patient who recognizes them reports early.

Instruct ankle dorsiflexion-plantarflexion (calf pumping) and ankle circling. Repeat each movement 10 times, every hour during long periods of immobility, as long as there are no DVT symptoms.

Tell the patient not to cross the feet at the ankles or knees in bed, which pools blood in the veins.

Encourage diaphragmatic breathing. It increases negative intrathoracic pressure, empties the large veins, and improves peripheral perfusion.

Elevate the foot of the bed 10 degrees if the patient is at DVT risk, to promote venous return.

Apply anti-embolism hose, sequential compression stockings, pneumatic foot pumps, or TED hose unless contraindicated by peripheral vascular disease (PVD). These cut venous stasis, and the pneumatic devices compress harder than plain hose, which makes them especially useful in the immobile patient. In PVD, these devices can trigger rest pain.

Remove sequential compression stockings for 10 to 20 minutes every 8 hours. Before reapplying, elevate the legs at least 10 degrees for 10 minutes. The removal lets you inspect the skin, and the elevation clears edema that would otherwise make the hose uncomfortable.

In unrestricted patients, push fluids to at least 2 to 3 liters per day (9 to 14 eight-ounce glasses). Monitor intake and output. Better hydration reduces the hemoconcentration that drives DVT.

Give anticoagulants as prescribed (see Pharmacologic Management).

Teach the patient to watch for bleeding: epistaxis, bleeding gums, hematuria, hematochezia, hematemesis, hemoptysis, ecchymoses, menometrorrhagia, and melena. Anticoagulants raise the bleeding risk, so early reporting matters.

Teach which foods and herbals increase bleeding on anticoagulants: coenzyme Q-10, devil's claw, echinacea, fenugreek, garlic, ginger, ginkgo biloba, goldenseal, green tea, passion flower, quinine, red clover, saw palmetto, St. John's wort, and valerian.

Teach which medications and foods decrease anticoagulant effect: azathioprine, antithyroid medications, carbamazepine, dicloxacillin, glutethimide, griseofulvin, haloperidol, nafcillin, oral contraceptives, phenobarbital, rifampin, vitamin C, and dark green leafy vegetables (spinach, kale, lettuce, broccoli, asparagus, cauliflower, Brussels sprouts).

2. Managing Sexuality Concerns

Bed rest changes sexual patterns. Physical limits, lost mobility, and the illness itself affect desire, function, and intimacy. Open communication and a little privacy go a long way.

Identify the problem and validate it with the patient. Sexual dysfunction can come from the disease, lack of privacy, or perceived limits, and may show as inappropriate gestures, inappropriate touching, regression, or self-imposed isolation.

Assess normal sexual function: the weight of sex in the relationship, frequency, common positions, and how the couple can adjust to the patient's limitations.

Let the patient and partner voice concerns about the lack of sex, intimacy in a care setting, fear of hurting the patient, or needing alternative means of satisfaction. Open communication supports the relationship.

Allow acceptable expressions of sexuality. Encouraging positive behaviors (a woman wearing jewelry and makeup, a man shaving and wearing his own clothes) can crowd out inappropriate ones.

Work with the patient and partner on strategies, and encourage alternatives when needed: mutual masturbation, changed positions, sex toys, and exploring other sensual areas.

Tell them private time is possible. Post a "Do not disturb" sign or arrange temporary private quarters.

Refer for professional sexual counseling when appropriate.

3. Restoring Bowel Function and Managing Constipation

Less movement, less fiber, less fluid, and constipating medications all stall the gut. Hydration, fiber, and a regular toileting routine prevent most of it.

Assess the patient's bowel history to learn their normal habits and what works at home.

Record bowel movements, current diet, and intake and output. Watch for fewer stools than usual, abdominal pain or bloating, straining, and rectal fullness. Continuous leaking of liquid stool on digital rectal exam can signal fecal impaction.

Offer a bedpan, give privacy, and time medications, enemas, or suppositories to act when the patient normally moves their bowels.

For suspected impaction, use a gloved, lubricated finger to remove rectal stool. An oil retention enema can soften it first.

Offer warm fluids early in the morning and encourage toileting to trigger the gastrocolic and duodenocolic reflexes.

Increase dietary fiber and fluids to at least 2 to 3 liters per day unless contraindicated, to stimulate peristalsis. Insoluble fiber sources include whole wheat and bran products, cereals, nuts, green beans, cauliflower, and lentils.

Use the patient's activity within the limits of pain, endurance, and treatment, since movement stimulates peristalsis.

Teach nonpharmacologic pain control to reduce opioid need: ice, massage, guided imagery, music, biofeedback, TENS, and spinal cord stimulation.

Anticipate pharmacologic therapy, starting with the gentlest option to limit rebound constipation and protect normal habits.

Explain that opioids, antidepressants, anticonvulsants, iron supplements, diuretics, and calcium channel blockers all cause constipation. Methylnaltrexone, a mu-opioid receptor antagonist, relieves opioid-induced constipation.

4. Providing Diversional Activities

Boredom is its own complication on bed rest, and it shows up as napping, withdrawal, and low mood. Meaningful activity protects the patient's mental and emotional footing.

Assess activity tolerance to gauge how much the patient can do within the limits of illness.

Watch for indicators of boredom: no interest in reading or doing anything, daytime napping, and statements about being unable to do leisure activities.

Ask the patient and family about usual support systems, relationships, and interests, so you can match diversional activities to the setting and the patient's tolerance.

Allow reminiscence about previous activities as an option for what they might do during recovery.

Encourage visitors within the patient's endurance, and have them bring the patient into activities they enjoy.

Start with activities that need little concentration and build up. Anemia and pain make focus hard early on.

Offer low-level activities to tolerance: WiFi, tablets, phones, laptops, e-readers, in-room media systems, books, magazines, computer games, television, and writing materials.

Personalize the room with favorite items and photos for visual stimulation.

Increase participation in self-care. In-bed exercises and tracking intake and output give a sense of control and purpose that cuts boredom.

As endurance improves, add puzzles, model kits, handicrafts, computer and board games, cards, radio, and audiobooks, and have family bring recreational and grooming items from home.

As the patient improves, help them into a chair by a window, into a solarium to visit other patients, or briefly outdoors. Being out, talking, and meeting others reduces boredom.

Refer to occupational therapy, psychiatry, social services, and spiritual care as needed.

5. Preventing Injury Risk

Disuse and poor cerebral blood flow are what get bedbound patients hurt. Immobility steals muscle strength, joint flexibility, and cardiovascular fitness, producing disuse syndrome (muscle wasting, bone demineralization, declining function), and inadequate cerebral flow impairs cognition and raises ischemic risk. Move the patient safely and protect the joints.

Assess for recent diuresis, diaphoresis, or a change in vasodilator therapy, all of which raise orthostatic hypotension risk through fluid shifts.

Watch for diabetic cardiac neuropathy, denervation after heart transplant, advanced age, or severe left ventricular dysfunction, which raise orthostatic risk through altered autonomic control.

Monitor blood pressure and tell the patient to report lightheadedness or dizziness immediately, both signs of orthostatic hypotension that call for a return to supine.

Watch for a systolic drop of 20 mm Hg or more with a rising pulse, vertigo, and impending syncope, which mean the patient needs to lie back down.

Teach the cause of orthostatic hypotension and how to prevent it. Informed patients avoid it.

Have the patient do leg exercises just before mobilizing, to promote venous return.

Change position gradually as the patient prepares to get out of bed, using aids like an overbed trapeze or a hydraulic or mechanical lift.

Apply anti-embolism hose once mobilized. Anti-embolism and sequential compression hose prevent DVT and orthostatic hypotension.

Follow these mobilization steps:

Have the patient dangle the legs and do leg exercises at the bedside. Watch for orthostatic signs: lightheadedness, diaphoresis, fatigue, tachycardia, hypotension, syncope. This gives a progressive adjustment to venous pooling after lying down.

If dangling is tolerated, have the patient stand at the bedside with two staff guiding, and if there is no adverse effect, progress gradually to ambulation. Two staff guard against a fall.

Assess range of motion of the joints most prone to contracture:

• Shoulders. A frozen shoulder blocks extension and abduction.
• Wrists. Wrist drop limits extension.
• Fingers. Flexion contractures block extension.
• Hips. Flexion contractures shorten the limb, or external rotation and adduction malformations alter gait.
• Knees. Flexion contractures limit extension and affect gait.
• Feet. Prolonged plantarflexion causes footdrop, blocking dorsiflexion.

Check for footdrop by watching for plantarflexion and testing the patient's ability to point the toes upward. Record daily. Because feet rest in plantarflexion, footdrop develops when it is prolonged. The inability to dorsiflex needs immediate action to avoid permanent damage, often with footboards or high-top sneakers.

Record limb girth, dynamography, and ROM, and set exercise baselines and restrictions. This lets you track muscle mass, strength, and joint motion over time.

Position for proper standing alignment and hold it with pillows, towels, foam heel positioners, footboards, a PlexiPulse compression device, and high-top sneakers. The head should be neutral or slightly flexed, hips extended, knees extended or minimally flexed, and feet at right angles to the legs.

When the head of the bed must be at 30 degrees, extend the patient's shoulders and arms to keep spinal posture.

Change position at least every 2 hours. Post a turning schedule at the bedside. Turning maintains alignment, limits contractures, offloads bony prominences, reduces venous stasis, and aids chest expansion.

Keep the patient prone or side-lying with hips extended for about as long as supine, or at minimum 3 times a day for 1 hour, to prevent hip flexion contractures.

Let the fingertips extend over the edge of the pillow to keep the normal arch of the hands.

Place thin pads below the axillae and lateral clavicles to prevent shoulder internal rotation and keep the shoulder girdle aligned.

Keep the hips extended to prevent hip flexion contractures.

When prone, move the patient to the end of the bed with the feet between the mattress and footboard, preventing plantarflexion, hip rotation, and heel and toe injury.

When side-lying, extend the lower leg from the hip to prevent hip flexion contractures.

Teach the patient and family the steps and rationale for ROM exercises and get return demonstrations. Provide passive exercises for those who cannot do active or active-assisted work, and build movement into care routines.

Give the patient a written copy of the exercise program to support learning and compliance.

Explain why muscle atrophy happens (unused joints, often from pain) and stress that exercise maintains periarticular tissue elasticity and muscle strength. Check with the provider about appropriate exercises if pathology is present.

Discuss being involved in self-care as tolerated, which maintains strength and gives a sense of participation and control.

Set the patient's baseline on a given set of exercises, then set realistic repetition goals to track progress.

For noncardiac patients needing help with muscle strength, assist with resistive exercises, including beds with Balkan or overbed frames using weights, pulleys, and slings. Resistance maintains muscle strength.

Provide a visual diagram of progress as positive reinforcement.

Use isometric exercises for patients needing some joint rest. The patient contracts a muscle and holds for at least 5 seconds (a count of 5 or 10), repeating for increasing counts as endurance builds.

Post the exercise regimen at the bedside and involve the family for consistency and support.

Use positioning devices (pillows, rolls, blankets, knee abductors, drop seats, foot supports, back wedges, back support splints, wedge cushions) to keep the patient functional as activity increases.

When using these devices, check the skin regularly so you can act before breakdown.

Teach the patient and family transfer or crutch-walking technique and the use of a cane, walker, or wheelchair, and stress proper body mechanics.

Encourage assistive devices (transfer boards, gait belts, leg lifters) to ease movement and promote safety.

Give uninterrupted rest between exercises to refuel energy stores.

Refer to physical or occupational therapy as appropriate.

Assess tolerance to the exercise regimen and note physiologic changes. Transient pulmonary congestion, reduced lung volumes, lower oxygen-carrying capacity, and right-to-left shunting all contribute to dyspnea. If cardiac output cannot meet demand during low-level ROM, systolic pressure may fall; you may note dysrhythmias, a systolic murmur of mitral regurgitation, cool cyanotic diaphoretic skin, and crackles.

Assess for orthostatic hypotension and prepare the patient by giving ample time in high Fowler's and moving them gradually. It results from reduced blood volume and the body's slowness to adapt to postural change.

Review the CBC and report abnormal values. Anemia lowers oxygen-carrying capacity and makes activity hard to tolerate.

Monitor heart rate and blood pressure at rest, peak exercise, and 5 minutes after. If heart rate or systolic pressure rises more than 20 bpm or 20 mm Hg over resting, cut the repetitions. If heart rate or systolic pressure drops more than 10 bpm or 10 mm Hg at peak, suspect left ventricular failure.

Have the patient rate perceived exertion (RPE) on the Borg scale:

• 0 = Nothing at all
• 1 = Very weak effort
• 2 = Light effort
• 3 = Moderate effort
• 4 = Somewhat stronger effort
• 5 = Strong effort
• 7 = Very strong effort
• 9 = Very, very strong effort
• 10 = Maximum effort

Deconditioning-prevention exercise should stay at low effort. A patient doing ROM should not feel an RPE above 3.

Perform ROM exercises on each extremity to build strength and endurance.

Avoid isometric exercises if the patient has a cardiac history, since they raise systolic, diastolic, and systemic arterial pressure.

Start with passive exercises through extension, flexion, abduction, and adduction, then progress to active-assisted work, supporting the joint while the patient contracts a muscle group, moves slowly, and relaxes. Least to most exerting builds gradual tolerance.

Start each exercise at 3 to 5 repetitions as tolerated.

Start at 5 minutes or less and build to 15 minutes as tolerated.

Start at 2 to 4 times a day, lowering frequency as duration grows.

Stop the exercise for dyspnea, lightheadedness, dizziness, syncope, or severe pain, and notify the provider. Use caution after recent illness, unexplained weight gain, or joint swelling, which may signal a serious condition.

Stop any exercise for muscular or skeletal pain and refer to PT for modifications, to avoid harming an inflamed joint.

Increase activity in hospitalized patients in graded levels. A blood pressure drop over 20 mm Hg, a heart rate over 120 bpm, and dyspnea mark activity intolerance.

Level I (bed rest):

• Deep breathing 4 times a day, 15 breaths
• Position change side to side every 2 hours
• Flexion and extension of extremities 4 times a day, 15 times each

A Vollman prone positioner aids postural drainage and lung expansion. Kinetic therapy beds rotate the patient more than 200 times a day, lowering the risk of pneumonia and pressure injury.

Level II (out of bed to chair):

• As tolerated, 3 times a day for 20 to 30 minutes
• ROM exercises 2 times a day while sitting

Level III (ambulate in the room):

• As tolerated, 3 times a day for 3 to 5 minutes

Level IV (ambulate in the hall):

• Initially 50 to 200 feet 2 times a day, progressing to 600 feet 4 times a day
• Add slow stair climbing in preparation for discharge

Build up to 20 to 30 minute sessions at least 3 to 4 times a week, using a walker or gait belt and nonskid footwear, to improve conditioning safely.

Watch for nonverbal cues and give emotional support to the patient and family as activity increases, to ease fears of failure, pain, or setbacks.

Teach the family how to prevent deconditioning and why it matters, and let them join the care plan.

Encourage self-care as tolerated: eating, personal care, hygiene, bathing, and dressing.

6. Managing Role Effectively

Losing your usual roles and responsibilities to a hospital bed breeds frustration, lost identity, and low mood. Support adaptation and meaningful activity so the patient keeps a sense of purpose.

Assess how the patient responds to the recovery plan. Push activity and self-care gradually, since too much causes burnout and delays recovery.

Do not minimize expressed depression. Allow emotion while keeping an environment of understanding, support, and realistic hope. Minimizing feelings adds anger and depression; realistic goals and encouragement support the move toward independence.

Be consistent in conveying the expectation of eventual independence, which builds trust.

Encourage as much independence as endurance, therapy, and pain allow, while permitting temporary dependence so the patient can restore the energy reserves recovery needs.

Point out areas of excessive dependence and involve the patient in collaborative goal setting as recovery progresses.

Provide assistive devices (long-handled reachers, canes, wheelchairs, walkers) to increase self-care independence.

Give positive reinforcement as the patient meets or moves toward goals, building on strengths and self-efficacy.

7. Administering Medications and Pharmacologic Support

Medication management here covers pain, clot prevention, and the bowel and muscle problems of immobility.

Anticoagulants (aspirin, sodium warfarin, phenindione derivatives, heparin, low-molecular-weight heparin). Patients at risk for DVT/VTE, including those with chronic infection, a history of PVD, smoking, older age, obesity, or anemia, may need anticoagulation to cut clotting risk. Most learn to self-administer LMWH injections after discharge.

Bulk-forming agents (psyllium, bran) promote regular bowel movements by adding bulk and softening stool.

Mild laxatives (apple or prune juice, milk of magnesia) gently stimulate bowel movements.

Stool softeners (docusate sodium, docusate calcium) ease passage.

Cathartics (bisacodyl) are strong laxatives for severe constipation or before procedures.

Medicated suppositories deliver local medication for constipation, hemorrhoids, or rectal inflammation.

Saline enemas soften stool, lubricate the bowel, and stimulate movement.