Traction Principles

Indications for Traction

  • reduction, immobilisation & alignment of fractures

  • relieve muscle spasm & pain

  • prevent further soft tissue damage

  • to promote rest

Components

  • countertraction

  • weights, angles & pulleys

Types

  • Adhesive and non adhesive skin traction - application of a pulling force directly on the patient's skin

  • Skeletal traction - attached directly to bone by use of wires and pins

  • Manual traction - applied with the hands to temporarily immobilise the injured part

    Image
    Diagram of non-adhesive traction

Nursing Management

  • obtain doctors orders for type of traction and weight required, determine wether intermittent or continuous

  • ensure weight is hanging free off the floor

  • maintain alignment of rope(s), pulley(s) & weight

  • rope should move freely over pulleys

  • ensure countertraction applied - elevate foot of bed or keep head of bed flat

  • skin traction needs to be removed at least once per day for hygiene & reapplication

  • manual traction ought to be used during removal

  • maintain traction weight when log rolling patients for PAC

  • skeletal traction requires daily pin site care and nightly according to ooze

  • use cue-tips & normal saline

  • observe for signs of infection

  • encourage patient to perform own pin site care

  • apply dressing if copious ooze

  • neurovascular checks Q4H

  • encourage deep breathing and coughing exercises and use of triflow

  • encourage bed exercises & physio

  • assessment of skin integrity each shift

  • pain assessment & management

  • maintain position of patient in bed - avoid external rotation of effected lower limb

  • prompt reporting of changes in neurovascular status, unrelieved pain, pin loosening / infection

Rationale

  • traction only applied under doctor's orders

  • maintain integrity of traction

  • balances force of pull

  • monitor skin integrity especially bony prominences, at risk of developing pressure sores

  • removing weight interrupts traction force, can cause spasms

  • minimise risk of pin site infection & potential osteomyelitis

  • risk of neurovascular compromise due to pulling force on vessels & nerves

  • risk of respiratory compromise due to immobility, recumbent or semirecumbent position

  • may put pressure on peroneal nerve

  • ensure prompt intervention & treatment of complications


References:
Maher, A. Salmond, S., & Pellino, T. (2002). Orthopaedic nursing. (3rd ed.). W.B.Saunders; Philadelphia.
Zychowicz, M.E. (Ed). (2003). Orthopedic nursing secrets.Hanley & Belfus, Inc. USA.
Compiled by Gail Bowis CN Educator,Wesley Hospital, February 2006

Disclaimer: This information is intended as a guideline only and reflects the consensus of the authors after a literature review.  The sources used are believed to be reliable and in no way replace consultation with a Health Professional.