Post Op Flashcards

0
Q

How often are vital signs taken postop?

A

Every 15 minutes x4 then 30 minutes x4 then every 1-4 hours depending on stability!
Temperature is measured every four hours for the first 24 hours

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1
Q

How do you assess a surgical site?

A

Appearance-approximation of wound edges, drainage and drainage tubes-odor, signs of dehiscence, pain, sutures and staples, palpate temperature, color-red, yellow, black. Check CBC BUN and electrolytes.

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2
Q

Indicators of cardiovascular stability?

A

Mental status, vital signs, cardiac rhythm, skin temperatures, color and moister, urine output.

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3
Q

What are the causes of hypotension and shock postop?

A

Blood loss from surgery, hypoventilation, position changes, pooling of blood in extremities from nonmovement, side effects from the medication, and anesthetics.

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4
Q

Three classifications of hemorrhage?

A

Primary-during surgery
Intermediary- first few hrs after surgery. Can be caused by raise in BP with dislodged clots.
Secondary-sometime after surgery caused by slipped suture, infection, or erosion of drainage tube

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5
Q

Signs and symptoms of hemorrhage postop?

A

Restlessness, anxiety, flank pain, hypotension, cold clammy skin, weak thready and rapid pulse, cold and mottled extremities, deep rapid respirations, decreased urine output, thirst, and apprehension.

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6
Q

How do you treat a hemorrhaging patient?

A

Check surgical site for bleeding and the bed underneath the patient, stop the bleeding, apply pressure to bleeding site. Place patient in Trendelenburg position, provide warmth, notify the surgeon, replace blood volume – IVF wide open, and blood transfusion.

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7
Q

Signs of hypovolemic shock?

A

Can happen if blood loss exceeds 590 ml. Pallor, cold, moist skin, cyanosis, rapid weak thready pulse, increased pulse pressure, low blood pressure, and concentrated urine.

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8
Q

How do you treat shock?

A

Improve and maintain tissue perfusion, volume replacement with IV fluids and blood products, oxygen via nasal cannula, position patient flat in bed with legs elevated 30 to 45°, monitor vital signs, oxygen saturation, level of consciousness and urine output, maintain body warmth, and administer medications.

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9
Q

Preventing respiratory distress postop

A

Observe for airway patency, monitor vital signs, auscultate breath sounds, implement deep breathing and coughing, use incentive spirometry, turn patient every two hours, ambulate, maintain hydration, avoid positions that decrease ventilation, assess pain level and monitor response to narcotic analgesics

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10
Q

Signs and symptoms of atelectasis?

A

Decreased breath sounds over affected area, crackles, cough.

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11
Q

Hypostatic pulmonary congestion is usually seen in who?

A

Elderly patients who have not been ambulated.

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12
Q

Signs and symptoms of hypostatic pulmonary congestion?

A

Slight elevation of temperature pulse and respiration, cough, dullness and crackles at the base of the lungs.

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13
Q

Coughing is contraindicated in which patients?

A

Status post head injuries, intracranial surgeries, eye surgery, plastic surgery, and hernia surgeries.

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14
Q

DVT frequent causes?

A

Venus stasis due to bed rest, obesity, patients over 65, history of varicosities, and spinal cord injuries.

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15
Q

DVT prevention.

A

Early ambulation and hourly leg exercises, avoid use a blanket roll or pillow to elevate leg, avoid prolonged dangling, adequate hydration, prophylactic therapy with Lovenox, external pneumatic compression stockings and TED hose.

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16
Q

Risk factors for DVT?

A

Orthopedic surgery, gynecologic or urologic surgery, general surgery in patients who are obese, over 40 years of age, with a malignancy or previous history of DVT, neurosurgical patients.

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17
Q

Signs and symptoms of DVT?

A

Pain or cramping in calf or thigh, redness and swelling in the affected area, increased diameter of affected extremity, fever, chills, and diaphoresis.

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18
Q

Treatment of DVT?

A

Bedrest with leg elevated on pillow, warm moist socks two extremity, measure bilateral calf or thighs circumference every shift, maintain hydration with prescribed IVF and oral fluids, administer medications: anti-inflammatory agents, anticoagulants, and analgesics as ordered.

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19
Q

Signs and symptoms of PE?

A

Dyspnea, chest pain, cough, cyanosis, tachypnea, tachycardia, and anxiety.

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20
Q

Treatment of PE?

A

Notify physician immediately, bedrest and semi Fowler’s position, frequent vital signs check, oxygen therapy, administer anticoagulants and analgesics as ordered, and have patient avoid Valsalva maneuver.

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21
Q

Causes of urinary retention?

A

Anesthetics, anti-cholinergic agents, opioids, abdominal, pelvic or hip surgery due to pain and inability to ambulated, unable to use the bedpan or urinal and a recumbent position.

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22
Q

Treatment of urinary retention in men and women

A

Assess bladder distention and urged to avoid frequently. Encourage patient to avoid: women: let water run, warm bedpan, pour warm water over perineum, get patient up to the commode if possible, straight cath. Men: sit up or stand at bedside with urinal, straight cath.

23
Q

Urinary retention postop

A

Patient is expected to void within 8 hours of surgery counting PACU time. If unable to void may order straight cath, note amount of urine obtain from void and palpate suprapubic area for distention or tenderness, intermittent catheterization maybe ordered q4-6 hours until patient is able to spontaneously void, post void residual must be less than 100 ML’s

24
Q

Phases of wound healing- 1)homeostasis: vascular response

A

Occurs immediately after surgery. blood vessels constrict and platelets accumulate to control bleeding=blood clots. blood vessels dilate to increase blood flow. increased capillary permeability allows fluid, proteins, and leukocytes to move into the area causing swelling. localized blood flow to area decreases, keeping leukocytes in area to fight infection!

25
Q

Phases of wound healing:

2) Inflammatory response: cellular response: Phagocytosis

A

Removal of foreign substances and dead and dying tissue. Leukocytes ingest bacteria and wound debris. Monocytes clean wound and stimulate formation of fibroblasts. Monocytes change to macrophages after 24 hours and continue to clean the wound.

26
Q

Phases of Wound healing:

3) Proliferation phase

A

This phase last for several weeks. New blood vessels develop and promote growth of granulation tissue. Collagen, responsible for tissue repair, is produced by fibroblast. Collagen and granulation tissue cross-link to form a scar.

27
Q

Phases of Wound healing:

4) Maturation phase

A

This phase begins about three weeks after injury and can last for several years. Scar tissue is strengthened, becoming softer and flattened out. Scar changes from red to white and reaches full strength of 60 to 70% of original tissue.

28
Q

Wounds that heal by secondary intention heal from?

A

The edges inward and bottom upward, filled with granulation tissue. Kept open by packing with wet to moist dressing. Wet to dry just dressing should not be used because dry dressing will rip out the new granulation tissue.

29
Q

Local factors affecting wound healing?

A

Pressure, dehydration, over-hydration, trauma, Edema, infection, necrosis.

30
Q

Factors affecting wound healing: calories and protein?

A

Necessary to rebuild cells and tissue.

31
Q

Factors affecting wound healing: vitamins A and C?

A

Essential for reepithelialization and collagen synthesis.

32
Q

Factors affecting wound healing: vitamin B complex?

A

A cofactor of enzyme reactions needed for wound healing.

33
Q

Factors affecting wound healing: zinc?

A

Helps with proliferation of cells.

34
Q

Factors affecting wound healing: fluids?

A

Fluids are essential for optimal functioning of the cells.

35
Q

Factors delaying healing?

A

Steroids and radiation therapy. Prolonged anabiotic therapy increases risk of secondary infection and super infections.

36
Q

Systemic factors affecting wound healing?

A

Age, circulation and oxygenation, nutritional status, wound condition, health status, medications used.

37
Q

Causes of wound infection?

A

Patient own normal flora entering through incision, surgical personnel/surgical environment including instruments and air, poor aseptic technique causing contamination during surgery and dressing changes.

38
Q

How do you Locally assess a wound?

A

Local assessment documentation should include redness, warmth, pain, swelling and tenderness at operation site, purulent drainage, Foul odor.

39
Q

Systemic factors, nursing assessment/findings with wound healing?

A

Fever, tachycardia, malaise, nausea, anorexia, leukocytes with shift to the left.

40
Q

Fever changes postop?

A

Fever may occur at any time during postop. Mild increase 100.4 in first 48 hours is a stress response. Temperature greater than 100.4 equals respiratory congestion, atelectasis, or dehydration. Encourage coughing, deep breathing and fluids. After 48 hours temperature greater than 99.9 is indicative of infection.

41
Q

How do you help prevent surgical site infections?

A

Keep blood glucose under control, less than 200 first two days postop. Keep patient warm with core body temperature above 96.8. Supplemental oxygen therapy, cover the incision, perform meticulous hand hygiene!!

42
Q

Signs and symptoms of dehiscence and evisceration?

A

Increased or gushing of serosanguineous drainage from the wound, usually occurs 4 to 5 days postop, patient may say “something has given way.”

43
Q

Treatment of dehiscence or evisceration?

A

Immediately cover the wound area with sterile NS moistened towelettes well another nurse calls the surgeon. Place patient in a low Fowlers position. Always stay with the patient. This is a medical emergency which requires prompt surgical repair!!

44
Q

Causes of fluid imbalance postop?

A

Preoperative fluid restriction, fluid loss during surgery, the body’s normal response to the stress of surgery, wound drainage, excessive or inadequate fluid and electrolyte replacement.

45
Q

Nursing assessment for fluid volume deficit?

A

First sign=tachycardia. Acute weight loss, decreased urine output, hypotension, weak peripheral pulses, increased respirations, thirst and weakness, poor skin turgor, dry mucous membranes, cold clammy skin, increased temp.

46
Q

Nursing intervention for fluid volume deficit?

A

Monitor: I&O q8hr/hourly (intake < output), weight daily, VS closely, lab values (increases in hct, hgb, BUN, and serum osmolality). Assess skin and tongue turgor, administer oral fluids, administer isotonic IV fluids as ordered.

47
Q

Normal serum osmolality?

A

285-295 mOsm/kg h2o. This test is useful when evaluating fluid and electrolyte balance

48
Q

Causes of fluid volume excess?

A

Stress response-release of aldosterone and ADH. Poor controller IV therapy-excessive intake of IV fluids containing Na, electrolyte free infusion (D5/W). Heart failure, renal failure, cirrhosis of the liver. Excessive consumption of salt.

49
Q

Nursing assessment findings for fluid volume excess?

A

Constant irritated cough, crackling, SOB, wheezing, distended neck veins, peripheral edema, tachycardia, full bounding pulse, hypertension, increased weight, increased irons output, moist mucous membranes.

50
Q

Normal hemoglobin for a male

A

14-18g/dl

51
Q

Normal hematocrit for a male

A

42-52%

52
Q

Normal hemoglobin for a female

A

12-16g/dl

53
Q

Normal hematocrit for a female

A

37-47%

54
Q

What does low hematocrit mean

A

Overhydration

55
Q

What does high hematocrit mean

A

Dehydration

56
Q

What does low hemoglobin and hematocrit mean

A

Anemia