Correction of a Lower Leg Deformity

sb_recurvatThis 48 year old male was referred to our program because of deformity of his lower leg. He was struck by a car in 1987 when he was crossing the street. Both of his legs (tibia bones) were broken as a result of the accident. The fractures were surgically repaired but his right leg healed in a bowed manner which left him shorter on the left than the right, "knock-kneed" on the left, and with a potential for knee and ankle problems in the future.

 

The examination of this patient showed a 3 inch shortening of his left leg compared to his right.  He had bowing of his tibia (lower leg bone) and the medial (inner) compartment of his knee joint was starting to wear because the bones of the knee joint were touching.

 

sb_recurv_xray sb_knee_collapse
X-ray showing bowing
of the tibia
X-ray of both knees (right image is the left  knee).
The inner surface of the left knee has collapsed so
the bones that make up the joint are touching.

 

The plan for this patient was to correct all the deformities with one surgical intervention. A Taylor Spatial Frame was used because of its ability to correct deformities in different planes, and with computer assist planning. The surgeons with the bone healing team were able to determine the best placement for the frame.

 

standing planning xray xray crooked tibia
Standing x-ray to plan
frame placement.
Lateral (side) view of the lower leg
for planning frame placement to correct
bowing of his leg.

 

Frame for deformity corrections Deformity correction at 2 weeks 2 months after frame placed

Post-op x-ray of frame placement.
2 cuts were made in the leg to start 

the process of correcting the bowing,

and the "knock knee".

X-ray 2 weeks after the procedure

showing distraction (pulling apart)
of the top incision to lengthen the

bone.

X-ray at 2 months showing some

bone starting to form in the cuts

(wispy appearing at the top cut).

 

 

 

sb_ct_oct sb_offloading
CT scan 3 months
after the original
procedure showing
bone formation.
 Standing x-ray that shows
 the knee joint with less contact,
 demonstrating the correction of
 the "knock knee".  

 

sb_post_removal_ap sb_post_removal_lateral

Xrays after the frame was removed. There is more space at

his knee joint indicating that the knock knee deformity was

corrected.  There is less bowing back of his tibia demonstrating

correction of that deformity.

 

Meet the Team

John Polousky, MD

thumb_J.Polousky.p1Dr. John Polousky is the surgical director of Rocky Mountain Youth Sports Medicine Institute.  He attended medical school at the University of Southern California Keck School of Medicine and completed his orthopedic residency at The Cleveland Clinic, Cleveland, Ohio. Dr. Polousky went on to complete a pediatric orthopedic fellowship at The Children's Hospital in Denver, Colorado.  He completed post-residency training in complex limb reconstruction at the International Center for Limb Lengthening in Baltimore, Maryland.  In addition to youth sports injuries Dr. Polousky's clinical interests include complex limb reconstruction, deformity correction and cartilage restoration.