5. Calcaneus Fractures
2 % of # in Young Adults
Most common of all tarsal bone fractures – 60 %
Very challenging injuries
Wide variety of fracture patterns
Once considered “ in-operable ”
New surgical technique,
CT has made intervention more beneficial
14. • 70% of all calcaneus fractures
• Usually fall from height
• Heel everted at time of injury
• Massive swelling
• Compartment syndromes in 10 %
• Skin complications
• 50% have associated injuries
• T&L Spine in 10%, bilateral 5%,
• open # 5%, # neck femur
Calcaneus Fractures: Intra-articular
15. Treatment Objectives
Re- Establish the height of the Calcaneum
Reduce the widening of the bone
Reduce the lateral & planter protrusions
of the bone
Re-establish the axis of posterior
fragment in frontal plane
Near anatomical reduction of the joint
17. • Calcaneus fractures often
results in a varus deformity
of the heel
• Heel widening,
• Loss of calcaneal height,
• Subtalar joint incongruency
• Peroneal Impingment , Pain
Conservative Line of Treatment
18.
19. CalcaneusFractures: Treatment
Timing of surgery
Positive “wrinkle test”
Edematous skin heals poorly
ORIF within first 24 hrs
Or wait 1-3 weeks
20. ORIF of a calcaneus fracture is made
difficult by the complex anatomy, the
presence of soft cancellous bone (which
is not amenable to many screw fixation),
and the high incidence of postoperative
wound infection and skin breakdown.
21.
22.
23.
24. M I S
Close reduction with percutaneous fixation has
a lower risk of wound complications, a shorter
operative time, and more rapid healing because
the soft tissue is handled less.
This approach is good in patient with significant
co-morbidity, soft tissue compromise &
polytrauma cases also.
The goals of this approach include improvement
of heel alignment and reduction of the posterior
facet.
25. Surgical Technique
The patient is placed in Supine Position on
the Radiolucent OT table under suitable
anaesthesia without tournqiet .
To achieve correct placement / reduction; the
surgeon holds the heel of the patient with both
hands and applies compression both medially
and laterally with his thenar muscle to reduce
the Broadening & manually correct the heel
varus
26.
27. Surgical Technique
A Steinmann pin [ small bone spike] is put
into the dorso-lateral calcaneus beneath the
posterior facet with a stab incision on Lat.
wall skin Joystick manipulation done to
elevate the post. Facet.
With the use of the X-ray image intensifier,
the restoration of Böhler’s angle and the
reduction of the posterior facet is verified.
28.
29. Surgical Technique
The fragments are fixed with percutaneus
Kirschner wires. All of the main fragments to be
reduced are hold in place by the K wires .
During this step , forefoot is flexed Planter wards
The wires are bent above the skin level . OR
One 6.5 mm Cann. Canc. Screw in sagittal plane
from Post. Tuberosity Postero- Superior to
Antero- Inf. planter direction , supporting the
crucial post & middle articular facet and one
horizontal screw in coronal plane from Sust. Tali
to lateral wall , in anteromedial to posterolateral
direction.
65. Calcaneus Fractures
Complications
Gravity related swelling
Skin and wound healing problems
Compartment syndrome
Sural N. injury
Infection / COM
Malunion / Subtalar Arthritis
Chronic Heel Pain.
Peroneal Impingement.
66. M.I. S. RESULTS
Close reduction with percutaneous fixation has a
lower risk of wound complications, a shorter
operative time, and more rapid healing because the
soft tissue is handled less.
This approach is good in patients with significant
co-morbidity, soft tissue compromise & polytrauma .
The goals of this approach include improvement of
heel alignment and reduction of the posterior facet.
prevention of broadening of calcaneus & restoration
of height of calcaneus.