NURSING CARE MANAGEMENT 102 ORTHOPEDIC NURSING BALANCED SUSPENSION SKELETAL TRACTION Balanced suspension traction is used to stabilize fractures of the femur and requires an invasive procedure in which pins, screws or wires are surgically installed. Weights used in skeletal traction generally range from 25-40lbs (11-18kg) Purpose: To maintain the anatomical position of the fractured bone. Materials needed: 1. Thomas splint – placement of the thigh 2. Pearson attachment – placement of the leg 3. Steinman’s holder 4. Steinman’s pin 5. Traction weight a. 10% of the body weight b. Inside of the suspension rope 6. Suspension weight a. 50% of the traction weight 7. Rest splint 8. 3 ropes: a. Thigh rope – the shortest b. Suspension rope – the longest c. Traction rope 9. Slings and pins 10. Foot board Steinman Rest Thomas Pearson
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
NURSING CARE MANAGEMENT 102ORTHOPEDIC NURSING
BALANCED SUSPENSION SKELETAL TRACTION
Balanced suspension traction is used to stabilize fractures of the femur and requires an invasive procedure in which pins, screws or wires are surgically installed.
Weights used in skeletal traction generally range from 25-40lbs (11-18kg)
Purpose: To maintain the anatomical position of the fractured bone.
Materials needed:1. Thomas splint – placement of the thigh2. Pearson attachment – placement of the leg3. Steinman’s holder4. Steinman’s pin5. Traction weight
a. 10% of the body weightb. Inside of the suspension rope
6. Suspension weighta. 50% of the traction weight
7. Rest splint8. 3 ropes:
a. Thigh rope – the shortestb. Suspension rope – the longestc. Traction rope
9. Slings and pins10. Foot board
Steps in the application of traction: 1. Verify doctor’s order
Steinman Holder
Steinman Pin
Rest Splint
Thomas Splint
Pearson Attachment
2. Inform patient about the need and purpose of the procedure
3. Preparation:a. Identify the different types of orthopedic bedb. assemble the needed equipments
Thomas Splint Pearson attachment
c. Know the affected extremityd. Where to stand – look for the last pulley and
stand on the side
4. Mount the Thomas and Pearson on the rest splint.5 Principles in the application of slings
Not too tight not too close 1 inch distance between the slings to
promote aeration or ventilation Popliteal and heel portion should be from
sling Smooth and right side should come in
contact with the patient’s skin (2) longer and wider slings for thigh
portion and (3) for the leg area
How to apply sling? Start from the medial side to the lateral side Secure both ends together Fan fold nicely on the lateral aspect and
secure with pin or clip Observe the principle of not too tight and
not too loose and avoiding hitting the patient’s extremity with the pin
The thigh rope should be attached on the medial aspect to the lateral aspect.
5. Insertion of the apparatus under the affected extremityThree Manpower neededa. To insert the whole apparatus under the
affected extremityb. Manual traction to be released after the
completion of traction weight in the 3rd pulleyc. To lift the affected extremity
Simultaneously at the count of three Instruction to the patient:
o Hold on the trapezeo Flexed the unaffected leg at the count
of 3 The three manpower must do their work
simultaneously
6. Application of traction weighta. Rope attached to the Steinman pin holder to
run along the 3rd pulley and attached the prescribed weight.
b. Check the principles of sling application and make the necessary adjustment and also check the correct alignment.
7. Apply suspension tractiona. One end of the thigh rope to be attached to
the lateral aspect of the ischial ring with a slip knot.
b. Attach suspension rope on the mid part of the thigh rope, to the 1st pulley
c. Insert the suspension weightd. Hang it on the 1st pulleye. Then pass it on the 2nd pulley under the rest
splint and clobe it with hitch knot on the Thomas splint
f. And another clobe hitch knot on the Pearson, and finally close it with a knot to secure it.
8. Remove the rest splint9. Apply foot support10. Check the principle of traction emphasizing the 5
Principles of traction and discuss the nursing care.
Swing the patient to and from side to side to check the efficiency of traction
1. Patient should be on a dorsal recumbent position.2. Line of pull should be in line with the deformity
positioning of a diamond bar positioning of a pulley.a. 1st pulley should be in line with the thighb. 2nd pulley should be in line with the knee or
screwc. 3rd pulley should be in line with the (1st) and
(2nd) pulley.
3. Should always be continuous; emphasize the importance of manual traction.
4. Avoid friction5. Provide counter traction – patient’s body weight
will serve as counter traction.
Removal of Traction1. Apply rest splint.2. Hang suspension weight on the 1st pulley.3. Remove the knot on the Pearson attachment and
Thomas splint. – to completely remove suspension weight.
4. Apply manual traction on the Steinman pin holder.
5. Remove the traction weight on the 3rd pulley; secure the traction rope on the rest splint another on the Thomas and Pearson attachment.
Steinman Pin
Steinman Holder Thigh rope
Pearson AttachmentRest Splint
Traction Rope
2nd Pulley
1st Pulley
1st Pulley
Trapeze
Traction Rope
Suspension Rope
Suspension Weight
Horizontal Bar
Thomas Splint
Suspension Rope
Vertical Bar
The Thomas Splint (half ring) is applied in various ways: with the ring fitted posteriorly against the ischium or anteriorly in the groin. The thigh rest in the canvas or bandage strip sling with the popliteal space left free. The leather ring should not be wrapped or padded. If kept smooth, dry and polished, the leather of the ring is being designed to rest against the skin and resist moisture.
The Pearson Attachment is attached by clamps to the Thomas Splint at the knee level. A canvas or bandage-strip sling supports the lower leg and provides the desired degree of knee flexion. A footplate is attached to the distal end of the Pearson Attachment to support the foot in a neutral position. The heel should be left free.
The traction should be in line with the long axis of the femoral shaft and is maintained by the rope, pulley and weights attached to the skeletal tractor, which is fitted onto the wire or pin. Counter traction and balanced suspension are provided by the ropes, pulleys and weights attached to the Pearson attachment. When all is operational the thigh and Thomas splint will be suspended at about 45 degree angle with the bed and the lower leg and Pearson attachment will be suspended horizontally to the mattress.
The patient may sit up, turn toward the traction side and raise his hips above the bed by means of the trapeze and still maintain the line of traction.