12 Surgery (Perioperative Client) Nursing Care Plans

Surgery is controlled trauma. You take a patient who is anxious and awake, hand them to anesthesia, and get them back unable to protect their own airway, regulate their own temperature, or feel a nerve being crushed under a poorly padded limb. The perioperative nurse is the patient's advocate through all of it: before, during, and after. Most of the damage you prevent is predictable. Positioning injury, hypothermia, surgical site infection, fluid deficit, respiratory depression on emergence, and venous clots are all on the list before the first incision. Your job is to see them coming.

Surgery may be done to diagnose or cure a disease, correct a deformity, restore function, or reduce dysfunction. Most procedures are elective or planned, but a life-threatening problem can force an emergency case with little time to prepare. Thin or absent preoperative teaching means more postoperative support later, on top of managing whatever brought the patient in.

Nursing Care Plans and Management

Perioperative nursing covers the patient before, during, and after the operation. The registered nurse works as one member of a surgical team, and much of the role is anticipating what the sedated or anesthetized patient cannot do for themselves.

Nursing Problem Priorities

1. Assess the patient preoperatively to gauge overall health status and flag risks or contraindications.
2. Build the perioperative plan with the surgical team, covering preoperative prep through postoperative care.
3. Teach the patient the procedure, expected outcomes, and recovery course.
4. Give preoperative medications as ordered, including anxiolytics and prophylactic antibiotics.
5. Confirm informed consent before the procedure.
6. Monitor vital signs (blood pressure, heart rate, oxygen saturation) across the perioperative period.
7. Position the patient safely and pad pressure points.
8. Keep communication tight among the surgical team for a safe, efficient case.
9. Manage postoperative pain, wound care, and complication surveillance.
10. Support the patient and family throughout.

Nursing Assessment

Gather subjective and objective data:

• History from the patient or family: medical history, allergies, current medications, symptoms or concerns about the surgery.
• Vital signs: blood pressure, heart rate, respiratory rate, temperature.
• Laboratory results.
• Surgical site assessment, anesthesia record, and documentation of intraoperative interventions.

Nursing Diagnosis

After assessment, the nurse builds diagnoses around the patient's specific risks. The labels matter less than the clinical judgment behind them; in practice you act on the problem, not the wording.

• Anxiety related to unfamiliarity with the procedure and fear of the unknown, as evidenced by verbal concern, restlessness, and increased muscle tension.
• Risk for Injury (preoperative) related to immobility during the procedure, possible nerve compression, and limited control under sedation.
• Deficient Knowledge related to lack of information about preoperative and postoperative expectations, as evidenced by questions about recovery time and confusion about instructions.
• Risk for Infection related to compromised primary defenses (surgical incision) during and after surgery.
• Acute Pain related to tissue manipulation and surgical incision, as evidenced by reports of pain above 5/10, guarding, and restlessness.
• Hypothermia related to operating room exposure, anesthetic effects, and altered thermoregulation.
• Impaired Skin Integrity related to pressure on bony prominences during prolonged positioning.
• Risk for Deficient Fluid Volume related to preoperative NPO status, intraoperative blood loss, and fluid shifts.
• Risk for Impaired Gas Exchange related to anesthesia and limited postoperative mobility, as evidenced by shallow breathing and oxygen saturation below normal.
• Risk for Delayed Surgical Recovery related to decreased mobility and deconditioning, as evidenced by postoperative fatigue, delayed wound healing, and limited movement.

Nursing Goals

• The patient will verbalize understanding of the disease and perioperative process and postoperative expectations.
• The patient will acknowledge feelings and name healthy ways to handle them.
• The patient will report fear and anxiety reduced to a manageable level.
• The patient will stay free of injury related to perioperative disorientation.
• The patient will stay free of skin or tissue injury lasting beyond 24 to 48 hours after the procedure.
• The patient will report resolution of localized numbness, tingling, or sensation changes from positioning within 24 to 48 hours.
• The patient will identify individual risk factors and interventions to reduce infection risk.
• The patient will maintain body temperature within normal range.
• The patient will regain usual consciousness and mentation.
• The patient will demonstrate adequate fluid balance: stable vital signs, good-quality pulses, normal skin turgor, moist mucous membranes, and appropriate urine output.
• The patient will report pain relief and control, rest and sleep, and participate in activity appropriately.
• The patient will achieve timely wound healing and demonstrate behaviors that promote healing and prevent complications.
• The patient will demonstrate adequate perfusion: stable vital signs, strong peripheral pulses, warm dry skin, usual mentation, and appropriate urine output.

Nursing Interventions and Actions

1. Providing Preoperative Instructions

Patients come in undereducated about their surgery for a lot of reasons: complex medical information, fear, language barriers, limited access to reliable resources, and stress or premedication that wipes out recall. The gap leads to confusion and lower satisfaction. Close it.

Assess the patient's level of understanding. This shapes the teaching plan and shows you what content they need.

Review the pathology and planned procedure. Verify consent is signed. Gives the patient a base for informed choices and a chance to clear up misconceptions.

Use teaching materials and audiovisuals as available. Purpose-built materials make the teaching stick.

Run an individualized preoperative teaching program covering:

• Pre- and postoperative procedures and expectations: urinary and bowel changes, diet, activity and transfers, respiratory and cardiovascular exercises, and the lines and tubes to expect (NG tubes, drains, catheters). Knowing what is coming relieves the stress of the unknown.
• Preoperative instructions: NPO time, shower or skin prep, which routine medications to take and which to hold, prophylactic antibiotics or anticoagulants, and anesthesia premedication. This cuts the chance of postoperative complications. In some cases liquids and medications are allowed up to 2 hours before a scheduled procedure.
• Intraoperative safety, such as not crossing the legs during procedures under local or light anesthesia. Crossed legs risk peroneal and tibial nerve injury with postoperative calf and foot pain.

Cover expected transient reactions (low backache, localized numbness, skin reddening or indentation). These minor effects of immobilization and positioning should clear within 24 hours. If they persist, the patient needs a medical evaluation.

Tell the patient and family the itinerary and how the surgeon will communicate. Knowing the OR schedule, recovery and room assignments, and when and where the surgeon will update the family heads off confusion and worry.

Discuss the postoperative pain plan and correct misconceptions. Some patients expect to be pain-free; others fear addiction to narcotics. Both undercut pain management.

Have the patient practice coughing, deep breathing, and the muscular exercises they will use postoperatively.

2. Reducing Fear and Anxiety

Perioperative fear is common and comes from the unknown: the surgery itself, pain, anesthesia and its side effects, and the outcome. Left unaddressed, it raises stress, lowers satisfaction, and lengthens recovery. Manage it with clear communication and education.

Identify fear severe enough to postpone the procedure. Overwhelming or persistent fear drives an excessive stress response and raises the risk of adverse reactions to the procedure or anesthetic.

Validate the source of the fear and give accurate, factual information. Naming the specific fear lets the patient deal with it. They may have misread preoperative information or be carrying misinformation, and old fears from their own or a family member's experience can be resolved.

Note distress, helplessness, preoccupation with anticipated loss, and choked feelings. The patient may already be grieving the loss the surgery, diagnosis, or prognosis represents.

Provide preoperative education, including a visit with OR staff when possible. Walk through what may unsettle them: masks, lights, IVs, the BP cuff, electrodes, electrocautery pads, the feel of an oxygen cannula or mask, autoclave and suction noises, a child crying. A foreign environment is frightening, and naming it ahead of time blunts the fear.

Tell the patient the nurse acts as their intraoperative advocate. This builds trust and eases the fear of losing control in a strange place.

For local or spinal anesthesia, explain that drowsiness and sleep are normal, more sedation can be given if needed, and drapes will block the view of the field. Reassures the patient they will not "see" the procedure.

Introduce staff at transfer to the operating suite. Builds rapport and comfort.

Confirm the schedule, ID band, chart, and signed consent for the procedure. Positive identification reduces the fear that the wrong procedure could be done.

Prevent unnecessary body exposure during transfer and in the suite. Patients fear loss of dignity and control.

Give sedated patients simple, concise directions. Impaired thinking makes long instructions hard to follow.

Control external stimuli. Extraneous noise and commotion accelerate anxiety.

Refer to pastoral care, a psychiatric nurse or clinical specialist, or counseling when indicated. Useful when the patient is facing a life-threatening condition or a serious, high-risk procedure.

Discuss postponing or canceling with the physician, anesthesiologist, patient, and family when appropriate. May be necessary if overwhelming fear cannot be reduced.

Give sedatives, hypnotics, and antianxiety agents as ordered. See Pharmacologic Management.

3. Promoting Safety and Preventing Injury

Surgery exposes patients to injury from the procedure itself, anesthesia, and the physiologic stress of the operation. Underlying conditions, age, and lifestyle raise the risk further. Careful assessment, prep, and vigilant intraoperative monitoring keep the patient safe.

Note the expected length of the procedure and the position used, and know the complications each carries. Supine position can cause low back pain and pressure at the heels, elbows, and sacrum. Lateral position can cause shoulder and neck pain plus eye and ear injury on the downside.

Review the history: age, weight, height, nutritional status, physical limits, and preexisting conditions that affect position choice and skin or tissue integrity. Advanced age, thin subcutaneous padding, arthritis, diabetes, obesity, an abdominal stoma, hydration, and temperature all factor in.

Verify patient identity and the scheduled procedure against the chart, armband, and surgical schedule. Verbally confirm name, procedure, operative site, and surgeon. Assures the correct patient, procedure, and side.

Document allergies, including risk of reaction to latex, tape, and prep solutions. Cuts the risk of responses that damage skin or trigger a life-threatening systemic reaction.

Stabilize both the cart and the OR table during transfer, with enough staff to move the patient and support the extremities. An unstabilized cart or table can separate and drop the patient. Both side rails go down so caregivers can assist and prevent loss of balance.

Anticipate and guide extraneous lines and tubes during transfer. Prevents tension on and dislodgement of IV lines, NG tubes, catheters, and chest tubes; keep gravity drainage intact.

Secure the patient with a safety belt as appropriate and explain it. OR tables and arm boards are narrow. A patient can be injured during fasciculation, or when resistive or combative under sedation or on emergence.

Keep the body off the metal parts of the table. Reduces the risk of electrical injury.

Pad for the required position, with attention to bony prominences (arms, ankles) and neurovascular pressure points (breasts, knees). Extra padding protects prominences, prevents circulatory compromise and nerve pressure, and allows chest expansion for ventilation.

Position extremities so they can be checked for circulation, nerve pressure, and alignment. Monitor peripheral pulses, skin color, and temperature. Hands, fingers, and toes can be scraped, pinched, or amputated by moving table attachments. Pressure on the brachial plexus, peroneal, and ulnar nerves causes serious problems, and prolonged plantar flexion can cause foot drop.

For lithotomy, place both legs in the stirrups at once, adjust stirrup height to the legs, and keep symmetry. Pad the popliteal space and heels. Prevents muscle strain and reduces hip dislocation risk in older patients. Padding protects the peroneal and tibial nerves. Prolonged stirrup positioning can cause compartment syndrome in the calf.

Provide a footboard or elevate drapes off the toes. Keep equipment and instruments off the trunk and extremities. Continuous pressure disrupts nerves, circulation, and skin.

Reposition slowly off the table and in bed, especially after halothane anesthesia. The myocardial depressant effect of these agents raises the risk of hypotension and bradycardia.

Set postoperative positioning per the procedure: head of bed elevated after spinal anesthesia, turn to the unoperated side after pneumonectomy. Reduces complications such as spinal headache from anesthetic migration or loss of respiratory effort.

Recommend position changes to the anesthesiologist or surgeon as needed. The anesthesiologist owns positioning, but the nurse often has more time to spot a developing pressure, nerve, or circulation problem.

Monitor intake and output during the procedure and confirm infusion pumps run accurately. Fluid volume deficit or excess affects anesthesia safety and organ function.

Remove dentures, partial plates, and bridges per protocol, and tell the anesthesiologist about loose teeth. Foreign bodies can be aspirated during intubation or extubation.

Remove prosthetics and sensory aids preoperatively or after induction, based on the patient's needs. Contact lenses can abrade the cornea under anesthesia; glasses and hearing aids obstruct and can break; artificial limbs can be damaged and the skin under them broken down. Patients often feel more in control if hearing and visual aids stay on as long as possible.

Remove jewelry or tape it over. Metal conducts current and is an electrocautery hazard, and property is easily lost in a foreign environment. If a ring will not come off an arthritic knuckle, taping it prevents catching and loss of the stone.

Prevent pooling of prep solutions under the patient. Antiseptics can chemically burn skin and conduct electricity.

Assist with induction: apply cricoid pressure during intubation or stabilize position for a spinal block. Supports safe anesthesia delivery.

Confirm the electrical safety of all equipment (intact cords, grounds, engineering verification labels). Malfunctions cause delays, unnecessary anesthesia, and injury from short circuits, faulty grounds, or laser misalignment.

Place the dispersive electrode (electrocautery pad) over the largest available muscle mass with full contact. Provides a ground for maximum conductivity and prevents electrical burns.

Confirm and document correct sponge, instrument, needle, and blade counts. Retained foreign bodies cause inflammation, infection, perforation, and abscess, complications that can kill.

Verify laser operator credentials for the specific wavelength. Lasers are hazardous enough that operators must be certified for the wavelength and procedure.

Confirm fire extinguishers and wet fire-smothering materials are present when lasers are used. A beam can ignite drapes or sponges outside the field.

Apply eye protection before laser activation. Wavelength-specific protection prevents injury.

Protect surrounding skin and anatomy with wet towels, sponges, dams, and cottonoids. Prevents skin disruption, hair ignition, and injury to adjacent structures.

Handle, label, and document specimens correctly, in the right medium and transport. Frozen, preserved, fresh, and culture specimens each have different requirements, and correct identification is essential.

Give IV fluids, blood, blood components, and medications as indicated. Maintains homeostasis and an optimal level of sedation and relaxation.

Collect blood intraoperatively when appropriate. Lost blood can be filtered and reinfused intra- or postoperatively. Alternatively, epoetin (EPO) raises red cell production and reduces the need for transfusion.

Give antacids and H2 blockers preoperatively as indicated. See Pharmacologic Management.

Limit or avoid epinephrine in halothane-anesthetized patients. Halothane sensitizes the myocardium to catecholamines and can produce dysrhythmias.

4. Promoting Infection Control and Preventing Infections

Surgery breaches the body's natural barrier and introduces foreign objects and bacteria. Patient health status, procedure type, and case length all change the risk. Sterile technique, prophylactic antibiotics, and good wound care keep it down.

Examine the skin for breaks, irritation, and signs of infection. Disruptions at or near the operative site contaminate the wound. Careful shaving or clipping prevents abrasions and nicks.

Review labs for systemic infection. An elevated WBC count may signal the infection the procedure will treat (appendicitis, abscess, trauma inflammation) or a separate infection (pneumonia, kidney infection) that may contraindicate surgery or anesthesia.

Follow facility infection control, sterilization, and aseptic policy. These mechanisms exist to prevent infection.

Verify the sterility of all manufactured items. Prepackaged does not mean sterile. Check each item for the sterility statement, package breaks, environmental damage, and delivery technique. Document sterilization and expiration dates and lot or serial numbers on implants for later followup.

Confirm preoperative skin, vaginal, and bowel cleansing per the procedure. Cleansing lowers bacterial counts on the skin, vaginal mucosa, and GI tract.

Prep the operative site per protocol. Minimizes bacterial counts at the site.

Maintain gravity drainage of catheters and tubes and positive pressure of parenteral or irrigation lines. Prevents stasis and reflux of body fluids.

Identify and correct breaks in aseptic technique immediately. Any environmental or personnel contact renders the field unsterile and raises infection risk.

Contain and dispose of contaminated fluids and materials per protocol. Stops the spread of infection to the environment, other patients, and staff.

Apply a sterile dressing. Protects the fresh wound from contamination.

Irrigate the wound copiously (saline, water, antibiotic, or antiseptic) as ordered. Reduces bacterial counts and clears debris such as bone fragments, ischemic tissue, bowel contaminants, and toxins.

Give antibiotics as indicated. See Pharmacologic Management.

5. Normalizing Body Temperature

Anesthesia, a cold OR, and the surgical stress response all disrupt thermoregulation and push the patient toward hypothermia or hyperthermia.

Note the preoperative temperature. Sets the intraoperative baseline. A preoperative elevation points to a disease process (appendicitis, abscess, systemic disease) needing treatment. Aging blunts the hypothalamic fever response to infection.

Assess and adjust the environment with warming and cooling blankets and room temperature changes to hold the patient's temperature steady.

Monitor temperature throughout the case. Warm or cool humidified inhalation anesthetics help balance humidity and temperature in the airway. A rising temperature can signal an adverse anesthesia response. Atropine and scopolamine can raise it further.

Cover skin outside the operative field. Exposed legs, arms, and head lose heat to the cool room.

Provide cooling measures for a preoperative temperature elevation. Cool irrigation and skin exposure to air may be needed.

Treat rapid temperature elevation or persistent high fever promptly. Malignant hyperthermia must be caught and treated fast to prevent serious complications or death.

Raise the room temperature (78°F or 80°F) at the end of the case. Limits heat loss when drapes come off and the patient is prepped for transfer.

Apply warming blankets on emergence. Inhalation anesthetics depress the hypothalamus and impair temperature regulation.

Provide iced saline as indicated. Iced lavage of a body cavity helps reduce a hyperthermic response.

Obtain dantrolene (Dantrium) for IV use. Immediate temperature control prevents death from malignant hyperthermia.

6. Promoting Effective Breathing Pattern

Anesthesia, positioning, and the incision all degrade breathing. Anesthetics depress respiratory drive and reflexes, and postoperative pain, inflammation, and limited mobility make it worse.

Auscultate breath sounds; listen for gurgling, wheezing, crowing, or silence after extubation. Absent sounds mean obstruction by mucus or tongue, fixable with positioning or suction. Diminished sounds suggest atelectasis, wheezing means bronchospasm, and crowing or silence reflects partial-to-total laryngospasm.

Watch respiratory rate and depth, chest expansion, accessory muscle use, retraction or nasal flaring, skin color, and airflow. Tells you immediately whether respirations are effective so you can intervene.

Monitor vital signs continuously. Rising respirations, tachycardia, or bradycardia suggest hypoxia.

Watch for return of muscle function, especially respiratory. After intraoperative muscle relaxants, function returns first to the diaphragm, intercostals, and larynx; then large muscle groups (neck, shoulders, abdomen); then midsize muscles (tongue, pharynx, extensors, flexors); and last to the eyes, mouth, face, and fingers.

Watch for excessive somnolence. Narcotic-induced respiratory depression and residual muscle relaxants can recur cyclically, swinging the patient between depression and re-emergence. Thiopental sodium (Pentothal) stored in fat can redistribute as circulation improves.

Maintain the airway with head tilt, jaw thrust, and an oral airway. Prevents obstruction.

Position per respiratory effort and surgery type. Head elevation and left lateral Sims' prevent aspiration of secretions or vomitus, improve ventilation to the lower lobes, and relieve diaphragmatic pressure.

Start a stir-up regimen (turn, cough, deep breathe) once the patient is reactive and continue it postoperatively. Deep ventilation inflates alveoli, breaks up secretions, improves O2 transfer, and clears anesthetic gases; coughing moves secretions out. Respiratory muscles weaken with age, so older patients may cough and deep-breathe less effectively.

Elevate the head of bed and get the patient up as soon as possible. Maximizes lung expansion and cuts pulmonary complications.

Suction as needed. Blood or mucus in the throat or trachea obstructs the airway.

Give supplemental O2 as indicated. Maximizes oxygen uptake to bind hemoglobin in place of anesthetic gases and speed their removal.

Give IV naloxone (Narcan) or doxapram (Dopram) as ordered. See Pharmacologic Management.

Provide and maintain ventilator support as needed. Depending on the cause of depression or the surgery type (pulmonary, extensive abdominal, cardiac), the ET tube may stay in with mechanical ventilation for a time.

Assist with respiratory aids such as the incentive spirometer. Maximal effort reduces atelectasis and infection.

7. Providing Care Post Anesthesia

Fluid imbalance after surgery (fluid shifts, low intake, excess loss) can impair cerebral perfusion and alter sensation and thought.

Evaluate sensation and movement of the extremities and trunk. Return of function after local or spinal blocks depends on the agent, amount, and case length.

Investigate changes in sensorium. Confusion, especially in older patients, can reflect drug interactions, hypoxia, anxiety, pain, electrolyte imbalance, or fear.

Watch for hallucinations, delusions, depression, or an excited state. These can follow trauma and signal delirium, or reflect sundowner's syndrome in older patients. Heavy alcohol use raises the suspicion of impending delirium tremens.

Reassess sensory, motor, and cognitive function before discharge. An ambulatory surgical patient must be able to care for themselves, with help from family if available, to avoid injury at home.

Reorient the patient continuously on emergence and confirm the surgery is done. Support and reassurance ease anxiety as consciousness returns.

Speak in a normal, clear voice, and keep negatives out of the patient's hearing. Hearing is thought to return before the patient looks awake, so do not say things that can be misinterpreted. Explaining procedures preserves dignity even if the patient seems unaware.

Use bedrail padding and restraints as needed. Protects the head and extremities if the patient becomes combative while disoriented.

Secure parenteral lines, the ET tube, and catheters, and check patency. A disoriented patient may pull on or kink lines and drains.

Keep the environment quiet and calm. Noise, light, and touch can cause psychic disturbance after dissociative anesthetics such as ketamine.

Evaluate the need for an extended recovery stay or added nursing care before discharge. Disorientation may persist, and family may not be able to protect the patient at home.

Measure and record intake and output, including tubes and drains, and check urine specific gravity. Accurate documentation identifies fluid losses and replacement needs. The ability to concentrate urine declines with age, raising renal losses despite an overall deficit.

Assess urine output against the procedure done. Output may be decreased or absent after genitourinary or adjacent procedures (ureteroplasty, ureterolithotomy, hysterectomy), signaling malfunction or obstruction.

Monitor vital signs and calculate pulse pressure. Hypotension, tachycardia, and increased respirations suggest fluid deficit or hypovolemia. A falling blood pressure is a late sign of hemorrhagic loss; widening pulse pressure can appear early, then narrow as bleeding continues and systolic pressure drops.

Note nausea and vomiting. Women, patients with obesity, and those prone to motion sickness have higher postoperative nausea risk, and longer anesthesia raises it. Nausea in the first 12 to 24 hours is usually anesthesia-related, including regional anesthesia. Nausea persisting more than 3 days may come from the narcotic chosen for pain or other drug therapy.

Inspect dressings and drains regularly and assess the wound for swelling. Excessive bleeding causes hypovolemia or circulatory collapse, and local swelling can mean hematoma or hemorrhage. Bleeding into a cavity (retroperitoneal) can be hidden and show only as falling vital signs with a reported pressure sensation in the area.

Monitor skin temperature and palpate peripheral pulses. Cool, clammy skin and weak pulses mean decreased peripheral circulation and a need for more fluid.

Monitor Hb/Hct and electrolytes; compare pre- and postoperative studies. Indicators of hydration and circulating volume. Preoperative anemia or low Hct plus unreplaced intraoperative losses deepens the deficit.

Provide voiding measures as needed: privacy, sitting position, running water in the sink, warm water poured over the perineum. Relaxes the perineal muscles and helps voiding.

Give parenteral fluids, blood products (including autologous collection), and plasma expanders as indicated; increase the IV rate if needed. Timely volume replacement heads off electrolyte imbalance, dehydration, and cardiovascular collapse. More volume may be needed up front to support circulation and prevent hypotension after halothane.

Insert and maintain a urinary catheter (with Urimeter if needed). Allows accurate output monitoring.

Resume oral intake gradually. Intake depends on the return of GI function.

Give antiemetics as appropriate. See Pharmacologic Management.

8. Managing Pain Relief

Pain after surgery comes from tissue trauma, the incision, and the physiologic stress of the procedure. Poorly managed, it lengthens stays, limits mobility, and lowers satisfaction.

Note age, weight, coexisting conditions, idiosyncratic sensitivity to analgesics, and the intraoperative course. Pain management is built on these variables.

Review intraoperative and recovery records for anesthesia type and medications given. Narcotics and droperidol still in the system potentiate narcotic analgesia, while halothane and enflurane leave no residual analgesic effect. Intraoperative regional and local blocks vary in duration: roughly 1 to 2 hours for regionals, up to 2 to 6 hours for locals.

Evaluate pain regularly (every 2 hours): characteristics, location, and intensity on a 0 to 10 scale. Make the patient responsible for reporting pain and relief fully. Analgesics may not erase pain but should bring it to a tolerable level. A frontal or occipital headache can appear 24 to 72 hours after spinal anesthesia and calls for a recumbent position, increased fluids, and anesthesiologist notification.

Note anxiety or fear tied to the procedure. Concern about the outcome (a biopsy result) or inadequate preparation (an emergency appendectomy) heightens pain perception.

Assess vital signs for tachycardia, hypertension, and increased respirations even when the patient denies pain. These often signal acute pain. Some patients run a slightly lowered BP that normalizes once pain is relieved.

Assess for discomfort other than the incision. Non-patent indwelling catheters, NG tubes, and parenteral lines cause bladder pain, gastric fluid and gas, and infiltration.

Explain the transient nature of certain discomforts. Sore muscles from succinylcholine can last up to 48 hours; nitrous oxide sinus headaches and intubation sore throat are transient. Paresthesia, though, suggests nerve injury and may last hours to months and need further evaluation.

Reposition as indicated (semi-Fowler's, lateral Sims'). Semi-Fowler's relieves abdominal and arthritic back tension; lateral Sims' relieves dorsal pressure.

Add comfort measures: backrub, heat or cold. Improves circulation and reduces muscle tension and anxiety.

Encourage relaxation techniques: deep breathing, guided imagery, visualization, music. Relieves tension and improves the sense of control and coping.

Provide oral care and ice chips or sips of fluid as tolerated. Eases the dry mouth from anesthetic agents and oral restrictions.

Document analgesia effectiveness and adverse effects. Narcotics can depress respirations and act synergistically with anesthetic agents. Cephalad migration of epidural analgesia can cause respiratory depression or excessive sedation.

Give medications as indicated. See Pharmacologic Management.

Monitor TENS use and effectiveness. Transcutaneous electrical nerve stimulation can reduce pain and the postoperative medication required.

9. Improving Circulation

Hypotension, blood loss, and vascular complications all impair tissue perfusion and risk ischemia and organ dysfunction. Vital signs, peripheral pulses, tissue color, and capillary refill are your monitors.

Assess the lower extremities for erythema, edema, and calf tenderness (positive Homans' sign). Surgical positions, anesthetics, and decreased activity alter vasomotor tone, pool blood, and raise the risk of thrombus.

Monitor vital signs: palpate peripheral pulses, note skin temperature, color, and capillary refill, evaluate urine output and voiding time, and document dysrhythmias. These track circulating volume, perfusion, and organ function. Medications and electrolyte imbalance can cause dysrhythmias that cut cardiac output.

Investigate changes in mentation or failure to reach the usual mental state. Can reflect inadequate anesthetic clearance, oversedation, hypoventilation, hypovolemia, or intraoperative emboli.

Change position slowly at first. Depressed vasoconstrictor mechanisms make orthostatic hypotension likely early postoperatively.

Assist with range-of-motion exercises, including active ankle and leg movement. Stimulates peripheral circulation and prevents venous stasis and thrombus.

Encourage early ambulation. Improves circulation and return of organ function.

Avoid the knee gatch and pillows under the knees; caution against crossing the legs or sitting with legs dependent for long. Prevents venous stasis and reduces thrombophlebitis risk.

Give IV fluids or blood products as needed. Maintains circulating volume and perfusion.

Apply antiembolic hose as indicated. Promotes venous return and prevents stasis to reduce thrombosis risk.

10. Maintaining Skin Integrity

Intact skin prevents infection, supports wound healing, and keeps the patient comfortable. Assess the site regularly for redness, swelling, warmth, and drainage, and treat accordingly.

Inspect the wound regularly and flag patients at risk for delayed healing: COPD, anemia, obesity or malnutrition, diabetes, hematoma, vomiting, alcohol (ETOH) withdrawal, steroid therapy, advanced age. Early recognition prevents a worse problem. Wounds heal slower with comorbidity or in older patients whose reduced cardiac output lowers capillary flow.

Assess drainage amount and character. Decreasing drainage signals healing; continued, bloody, or foul drainage suggests fistula, hemorrhage, or infection.

Reinforce the initial dressing and change it with strict aseptic technique. Protects the wound from injury and contamination and prevents fluid accumulation that excoriates skin.

Remove tape gently in the direction of hair growth. Reduces skin trauma and wound disruption.

Apply skin sealants or barriers before taping; use hypoallergenic tape, Montgomery straps, or elastic netting for frequent changes. Reduces trauma and protects delicate skin.

Check dressing tension; tape from the center of the incision to the outer margin and avoid wrapping tape around extremities. Circumferential tape can occlude circulation to the wound and the distal limb.

Maintain drain patency and apply a collection bag over drains and incisions with copious or caustic drainage. Supports wound approximation and reduces infection and chemical injury.

Elevate the operative area as appropriate. Promotes venous return and limits edema, though elevation can be harmful with venous insufficiency.

Splint abdominal and chest incisions with a pillow during coughing or movement. Equalizes pressure and reduces dehiscence or rupture risk.

Tell the patient not to touch the wound. Prevents contamination.

Cleanse the skin around a sealed incision with diluted hydrogen peroxide or running water and mild soap. Reduces contaminants and clears drainage.

Apply ice if appropriate. Reduces edema and pressure on the incision early on.

Use an abdominal binder if indicated. Supports high-risk incisions in patients with obesity.

Irrigate the wound and assist with debridement as needed. Removes infectious exudate and necrotic tissue to promote healing.

Use hydrogel or vacuum dressings for large, draining wounds. Speeds healing, improves comfort, reduces dressing changes, and lets drainage be measured and analyzed for pH and electrolytes.

11. Initiating Postoperative Patient Education and Health Teachings

Discharge teaching covers wound care, pain management, medications, activity limits, and the complications to watch for. A patient who knows what to do participates in their own recovery.

Identify signs and symptoms needing medical evaluation: nausea or vomiting, difficulty voiding, fever, continued or foul wound drainage, incisional swelling, redness, or separation, and unresolved or changing pain. Early recognition of ileus, urinary retention, infection, or delayed healing prevents progression.

Identify specific activity limits. Prevents strain on the operative site.

Review the surgery done and what to expect. Gives the patient a base for informed choices.

Have the patient or family demonstrate dressing, wound, and tube care, and identify supply sources. Builds competent self-care and independence.

Review avoidance of infection risks such as crowds and people with infections. Reduces acquired infections.

Discuss drug therapy, including prescribed and OTC analgesics. Improves cooperation and reduces adverse effects.

Recommend planned, progressive exercise. Restores function and improves wellbeing.

Schedule rest periods. Prevents fatigue and conserves energy for healing.

Review the need for a nutritious diet and adequate fluids. Supplies what tissue healing, perfusion, and organ function require.

Encourage smoking cessation. Smoking raises pulmonary infection risk, causes vasoconstriction, and lowers the blood's oxygen-carrying capacity, impairing perfusion and healing.

Stress the importance of followup visits, including with therapists, to track healing and check the regimen.

Include family in teaching and discharge planning, and provide written instructions. Gives a reference after discharge and supports self-care. Arrange any special equipment.

Identify resources: home care, visiting nurse, outpatient therapy, and a contact number for questions. Supports the patient through recovery and surfaces new concerns.

12. Administer Medications and Provide Pharmacologic Support

Medications run through the whole perioperative period: preoperative agents for anxiety and safety, intraoperative anesthesia and analgesia, and postoperative drugs for pain, infection, inflammation, and healing, each matched to the patient and procedure.

Sedatives, hypnotics. Promote sleep the night before surgery and support coping.

Antianxiety agents. Given in admitting or the preoperative holding area to reduce nervousness. Watch for respiratory depression and bradycardia.

Antacids, H2 blockers. Neutralize gastric acid and reduce aspiration risk and pneumonia severity, especially in patients who are obese or pregnant, where aspiration carries an 85% mortality risk.

Antibiotics. Given prophylactically for suspected infection or contamination.

Naloxone (Narcan), doxapram (Dopram). Narcan reverses narcotic-induced CNS depression; Dopram stimulates respiratory muscles. Both act cyclically, so respiratory depression can return.

Antiemetics. Relieve nausea and vomiting that impair intake and add to fluid loss. Naloxone (Narcan) can relieve nausea from regional agents such as morphine (Duramorph) and fentanyl citrate (Sublimaze).

Analgesics. IV analgesics reach pain centers immediately and relieve pain at smaller doses; IM takes longer and depends on absorption and circulation. Reduce the narcotic dose by one-fourth to one-third after fentanyl (Innovar) or droperidol (Inapsine) to prevent profound tranquilization during the first 10 hours postoperatively. Dose around the clock initially to prevent pain rather than chase it.

Patient-controlled analgesia (PCA). Needs detailed patient instruction and close monitoring, but controls acute postoperative pain effectively with smaller narcotic amounts and higher satisfaction.

Local anesthetics: epidural block or infusion. Analgesic injected at the site, or nerves kept blocked early postoperatively, prevents severe pain. Continuous epidural infusions may run 1 to 5 days after procedures known to cause severe pain (certain thoracic or abdominal surgery).

NSAIDs: aspirin, diflunisal (Dolobid), naproxen (Anaprox). Useful for mild to moderate pain or as adjuncts to opioids when pain is moderate to severe, allowing lower narcotic doses and fewer side effects.