102 Cervical Traction Maintenance, Lecture notes of Nursing

PURPOSE: Once cervical traction has been established, the nurse cares for the patient who is immobilized on complete bed rest. Traction must be maintained on a.

Typology: Lecture notes

2022/2023

Uploaded on 03/01/2023

albertein
albertein 🇺🇸

4.8

(4)

240 documents

1 / 6

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
911
PROCEDURE
102
Cervical Traction Maintenance
Jennifer Massetti
PURPOSE: Once cervical traction has been established, the nurse cares for the
patient who is immobilized on complete bed rest. Traction must be maintained on a
continuous basis until realignment and stabilization with surgical management or
orthoses is attained or healing is completed.
PREREQUISITE NURSING
KNOWLEDGE
The nurse must be knowledgeable about the anatomy and
physiology of the spinal column, the anatomy of the cervi-
cal vertebrae, the spinal cord, the cervical spinal nerves,
and the area of peripheral innervation.
It is important that the nurse understands the pathophysiol-
ogy and manifestations of spinal cord injury, including
ascending edema, spinal shock, and neurogenic shock.
Continual assessment of changes in motor, sensory, and
respiratory associated with ascending edema, spinal shock,
and neurogenic shock is essential in the care of the patient
requiring cervical traction.
After the cervical tongs are inserted, traction is applied by
adding weights to a rope and pulley or cable and bracket
alignment device attached to the tongs (see Fig. 100-1 ).
Additional weight may be added gradually, followed by
radiographic imaging. The physician uses serial radio-
graphs of the cervical spine to assist in determining the
optimal amount of traction (measured in pounds) needed
to reduce a fracture and provide optimal alignment. Exces-
sive traction may cause stretching of and damage to the
spinal cord; the addition of weight to the traction is
managed by the physician.
3,5,6,9
Once the traction is in place, the patient is maintained on
strict bed rest. For facilitation of turning, the patient may
be placed on a special bed or turning frame.
The principles of skeletal traction are the foundation of
management of any patient in cervical traction. One must
follow key points: (1) never raise/lift the traction weights,
(2) never disconnect the traction, (3) never allow the trac-
tion weights to rest on the fl oor, and (4) never allow other
objects to compromise freely hanging weights.
EQUIPMENT
Cervical traction system in place, including rope and
pulley system or cable and bracket alignment device and
weights for the RotoRest™ Delta Kinetic™ Therapy Bed
(see Figs. 99-1 , 102-1 ).
Pillows
Additional equipment, to have available as needed, includes
the following:
Positioning devices or protective dressings
Specialty bed
PATIENT AND FAMILY EDUCATION
Explain the procedure and the reason for the traction.
Rationale: Patient and family anxiety may be decreased.
Explain the patient ’ s role in maintaining the traction.
Rationale: Patient cooperation is elicited. The nonintu-
bated patient should be communicating with the team
during traction if he or she feels any changes in sensation,
new or worsening pain, or new or worsening change in
motor function.
6
Explain how the patient s basic needs will be met during
the confi nement to bed and the maintenance of traction.
Rationale: The patient and family are reassured that the
patient will be cared for and his or her needs met.
PATIENT ASSESSMENT AND
PREPARATION
Patient Assessment
Conduct a complete neurological assessment that includes
motor strength of the major muscles and sensory function.
(Assess light touch, pain, and proprioception. Note the
highest dermatome level with impaired sensation.) Assess
deep tendon refl exes (biceps, triceps, patellar, and Achil-
les), superfi cial refl exes, and cranial nerves. Rationale:
Baseline data are established for determination of any
change in neurological function.
Assess the patient ’ s vital signs. Rationale: Baseline data
are provided for comparison with assessments after
insertion.
Inspect the scalp for abrasions, lacerations, or sites of
infection. Rationale: Any potential sites of infection that
may contraindicate the insertion of a cervical fi xation
device into the infected area are identifi ed.
Assess the patient ’ s comfort. Rationale: Spinal injuries
are often painful. Changes in pain in the head or neck or
pf3
pf4
pf5

Partial preview of the text

Download 102 Cervical Traction Maintenance and more Lecture notes Nursing in PDF only on Docsity!

911

PROCEDURE

Cervical Traction Maintenance

Jennifer Massetti

PURPOSE: Once cervical traction has been established, the nurse cares for the

patient who is immobilized on complete bed rest. Traction must be maintained on a

continuous basis until realignment and stabilization with surgical management or

orthoses is attained or healing is completed.

PREREQUISITE NURSING

KNOWLEDGE

  • The nurse must be knowledgeable about the anatomy and physiology of the spinal column, the anatomy of the cervi- cal vertebrae, the spinal cord, the cervical spinal nerves, and the area of peripheral innervation.
  • It is important that the nurse understands the pathophysiol- ogy and manifestations of spinal cord injury, including ascending edema, spinal shock, and neurogenic shock. Continual assessment of changes in motor, sensory, and respiratory associated with ascending edema, spinal shock, and neurogenic shock is essential in the care of the patient requiring cervical traction.
  • After the cervical tongs are inserted, traction is applied by adding weights to a rope and pulley or cable and bracket alignment device attached to the tongs (see Fig. 100-1 ). Additional weight may be added gradually, followed by radiographic imaging. The physician uses serial radio- graphs of the cervical spine to assist in determining the optimal amount of traction (measured in pounds) needed to reduce a fracture and provide optimal alignment. Exces- sive traction may cause stretching of and damage to the spinal cord; the addition of weight to the traction is managed by the physician.3,5,6,
  • Once the traction is in place, the patient is maintained on strict bed rest. For facilitation of turning, the patient may be placed on a special bed or turning frame.
  • The principles of skeletal traction are the foundation of management of any patient in cervical traction. One must follow key points: (1) never raise/lift the traction weights, (2) never disconnect the traction, (3) never allow the trac- tion weights to rest on the floor, and (4) never allow other objects to compromise freely hanging weights.

EQUIPMENT

  • Cervical traction system in place, including rope and pulley system or cable and bracket alignment device and weights for the RotoRest™ Delta Kinetic™ Therapy Bed (see Figs. 99-1 , 102-1).
  • Pillows

Additional equipment, to have available as needed, includes the following:

  • Positioning devices or protective dressings
  • Specialty bed

PATIENT AND FAMILY EDUCATION

  • Explain the procedure and the reason for the traction. Rationale: Patient and family anxiety may be decreased.
  • Explain the patient ’s role in maintaining the traction. Rationale: Patient cooperation is elicited. The nonintu- bated patient should be communicating with the team during traction if he or she feels any changes in sensation, new or worsening pain, or new or worsening change in motor function. 6
  • Explain how the patient ’s basic needs will be met during the confinement to bed and the maintenance of traction. Rationale: The patient and family are reassured that the patient will be cared for and his or her needs met.

PATIENT ASSESSMENT AND PREPARATION

Patient Assessment

  • Conduct a complete neurological assessment that includes motor strength of the major muscles and sensory function. (Assess light touch, pain, and proprioception. Note the highest dermatome level with impaired sensation.) Assess deep tendon reflexes (biceps, triceps, patellar, and Achil- les), superficial reflexes, and cranial nerves. Rationale: Baseline data are established for determination of any change in neurological function.
  • Assess the patient ’s vital signs. Rationale: Baseline data are provided for comparison with assessments after insertion.
  • Inspect the scalp for abrasions, lacerations, or sites of infection. Rationale: Any potential sites of infection that may contraindicate the insertion of a cervical fixation device into the infected area are identified.
  • Assess the patient ’s comfort. Rationale: Spinal injuries are often painful. Changes in pain in the head or neck or

912 Unit III Neurologic System

Patient Preparation

  • Ensure that the patient and family understand preproce- dural teaching. Answer questions as they arise, and rein- force information as needed. Rationale: Understanding of previously taught information is evaluated and reinforced.
  • Verify that the patient is the correct patient using two identifiers. Rationale: Before performing a procedure, the nurse should ensure the correct identification of the patient for the intended intervention.
  • Ensure that body alignment is maintained and that the patient is positioned in the middle of the bed. Rationale: Positioning facilitates comfort and even distribution of the traction.
  • Check the orthopedic traction frame, rope knot, and pulley or cable and bracket alignment device for secure attach- ment and function. Rationale: Ineffective traction or loss of traction may result in loss of realignment and stabiliza- tion of the vertebral column, resulting in spinal cord injury.
  • Check the ropes and weights to be sure that they are hanging freely. Check the cable and alignment bracket device for patients treated on a kinetic therapy bed. Ratio- nale: Assessment maintains function and prevents slip- page of the orthopedic equipment.

at the pin sites may suggest misalignment, pin-site infec- tion, or slippage of traction.

  • Assess the location and skin around pins. Rationale: Pins can slip and pin sites can become irritated and/or infected.^7

Figure 102-1 Closer view of the tension system for cervical traction.

Steps Rationale Special Considerations

  1. (^) HH
  2. PE
  3. Ensure that the orthopedic frame and traction equipment are intact.

Promotes patient safety.

  1. Maintain the weights so that they hang freely at all times.1,4,8, (Level E * )

Obstruction to the free hanging of the weights eliminates traction and could precipitate adverse neurological responses in the patient. Do not raise the traction at any time. 4,6,

Inform the physician immediately of any interruption of the traction because a cervical radiograph may be necessary to assess cervical alignment.

  1. Ensure that the rope is able to slide freely through the pulley and that the knot in the rope is not resting on the pulley. If using the cable and bracket alignment device, ensure that the cable is able to slide freely through the bracket (ensure the band at the end of the cable is not resting on the bracket).4,8,10^ (Level E)

The knot resting on the pulley interferes with the adequacy of the weights and traction. The cable must slide freely through the bracket to maintain adequacy of the weights and traction. 4,6,

If the knot on the traction rope nears the pulley or the wire band nears the bracket, several healthcare providers may slowly pull the patient down in bed. The patient should never be pulled up in the bed or traction will be released.

Procedure for Traction Maintenance

*Level E: Multiple case reports, theory-based evidence from expert opinions, or peer-reviewed professional organizational standards without clinical studies to support recommendations.

914 Unit III Neurologic System

Body System

Physiological Response to Immobility

Physiological Response to Spinal Cord Injury Assessment Parameters Integumentary Pressure → ischemia → integumentary disruption

Protective motor and sensory functions lost or impaired below the level of the lesion

Inspect bony prominences. Identify preexisting skin disruptions. Assess specifi c pressure areas related to traction devices and positioning. Pulmonary Decreased chest expansion Secretions pool CO 2 retention → respiratory acidosis

Lost or impaired neuromuscular stimulus to the diaphragm, internal and external intercostals, abdominal muscles, and accessory muscles

Observe the thorax for symmetrical chest expansion. Identify breathing patterns. Auscultate breath sounds. Respiratory parameters (NIF/FVC). Supplemental O 2 ABG/pulse oximetry. Identify associated pulmonary injury. Cardiovascular Increased cardiac workload Thrombus formation Orthostasis

Decreased vasomotor tone Loss of sympathetic response Poor venous return Poikilothermia Spinal shock → autonomic dysrefl exia

Monitor vital signs, rhythm interpretation, blood pressure, heart rate, and perfusion. Monitor body/skin temperature Organ perfusion assessment: level of consciousness and urine output. Musculoskeletal Muscle atrophy Joint immobility → Contractures

Loss/impairment of voluntary motor function Flaccid → spastic paralysis

Identify level of lesion. Serial motor/sensory examinations. Assess joint mobility (fl accidity/spasticity). Confi rm that the traction and weights are applied correctly. Neurological Increased vasovagal response, bradycardia, hypotension

Neurogenic shock Spinal shock

After spinal shock, assess for autonomic dysreflexia. Gastrointestinal Paralytic ileus Neurogenic bowel Monitor for absent to hypoactive bowel sounds, inability to tolerate enteral nutrition. Genitourinary Bladder atony Neurogenic bladder Arefl exic to eventually refl ex voiding

Monitor urine output. Assess for bladder distension.

TABLE 102-1 Acute Physiological Responses to Immobility and Spinal Cord Injury

NIF, negative inspiratory force; FVC, forced vital capacity; ABG, arterial blood gas.

Patient Monitoring and Care Steps Rationale Reportable Conditions

  1. Obtain vital signs after cervical traction is initiated and then a minimum of every 2–4 hours, as prescribed or according to institutional standards. Continue to assess the patient for neurogenic shock.

Determines cardiovascular stability.

  • Changes in vital signs (hypotension, bradycardia, respiratory distress), or neurogenic shock will require prompt intervention
  1. Assess respiratory status after cervical traction is initiated and then at a minimum of every 2– hours, as prescribed or according to institutional standards ( Table 102-1).

Provides early identification of atelectasis, pneumonia, respiratory distress, or extension of neurological deterioration.

  • Abnormal lung sounds
  • Abnormal respiratory rate or pattern of breathing
  • Decreased oxygen saturation
  • Decreased ventilation parameters (e.g., tidal volume, vital capacity)
  • Increased sputum
  • Yellow-green sputum
  • Elevated temperature
  • Use of accessory muscles

— Continued

102 Cervical Traction Maintenance 915

Patient Monitoring and Care — Continued

Steps Rationale Reportable Conditions

  1. Assess cardiac status after cervical traction is initiated and then at minimum every 2–4 hours, as prescribed or according to institutional standards (see Table 102-1 ).

Provides early identification of cardiac dysrhythmias or decompensation.

  • Dysrhythmias
  • Abnormal heart sounds
  • Hemodynamic instability
  1. Perform peripheral vascular assessment after cervical traction is initiated and then at a minimum of every 2–4 hours, as prescribed, or according to institutional standards. Consider deep venous thromboembolism (DVT) prophylaxis (e.g., anticoagulation therapy and sequential compression devices).2,

Provides early identification of peripheral vascular insuffi ciency and DVT.

  • Peripheral vascular changes
  • Signs of DVT
  1. Perform gastrointestinal assessment after cervical traction is initiated and then at a minimum of every 2–4 hours, as prescribed, or according to institutional standards; consider gastric prophylaxis.2,

Provides early identification of paralytic ileus and gastric distention; prevention of gastric hemorrhage.

  • Abdominal distention
  • Nausea
  • Vomiting
  • Decreased bowel sounds
  • Constipation
  1. Perform genitourinary assessment after cervical traction is initiated and then at a minimum of every 2–4 hours, as prescribed or according to institutional standards.2,

Provides early identification of urinary tract infection and neurogenic bladder.

  • Decreased urine output
  • Increased urine output
  • Distended bladder
  • Signs and symptoms of urinary tract infection
  1. Perform skin assessment after cervical traction is initiated and then at a minimum of every 2– hours, as prescribed or according to institutional standards (see Table 102-1 ).2,

Provides early recognition of skin breakdown.

  • Evidence of skin breakdown
  1. Perform musculoskeletal assessment every 8 hours (see Table 102-1 ). 2,

Provides early recognition of musculoskeletal contractures.

  • Increased spasticity or malpositioning of an extremity
  1. Perform nutritional assessment at least once a day. 1,

Determines nutritional status. • Decreased intake, poor skin turgor, intolerance of nutrition

  1. Assess anxiety level, pain, and coping.1,

Provides early recognition of anxiety, depression, agitation, and pain.

  • Anxiety, depression, agitation, pain, or other untoward responses
  1. Perform pin care (see Procedure 104).

Monitors skin and assesses for infection.

  • Evidence of infection
  1. Reposition and turn, maintaining neutral body alignment.1,2^ Follow institutional standards.

Maintains skin integrity. Prevents complications of immobility.

  • Impaired skin integrity
  1. Perform respiratory management (e.g., supplemental oxygen, deep breathing, suctioning, incentive spirometer, quad coughing, chest physical therapy, bronchoscopy, tracheostomy).2,

Supports respiratory function and oxygenation of all body organs.

  • Decreased or increased respirations
  • Abnormal lung sounds
  • Decreased oxygen saturation
  • Change in pulmonary secretions
  • Fever
  1. Initiate bladder and bowel programs. 2,

Supports adequate emptying of bladder and pattern of bowel activity.

  • Bladder distension
  • Constipation
  • Decrease in or absence of bowel signs Procedure continues on following page