The hip is one of the most common involved joint in cerebral palsy. Hip displacement
occurs in more than 33% of children with cerebral palsy, with a higher prevalence in
nonambulatory children. Hip displacement in this population is typically progressive. Hip
dislocation can result in pain and difficulty with sitting and perineal care. Hip
Surveillance in Children with Cerebral Palsy.
Traditional surgical management, typically reserved for hips with a migration percentage
of 40% or more, includes hip reconstruction involving soft tissue releases, femoral and
pelvic osteotomies. These procedures are associated with significant perioperative
morbidity, including pain; increased blood loss; and lengthy anesthetic and inpatient
recovery times, often complicated with peri-operative infections. With improved surgical
techniques, orthopedic implants and enhanced postoperative pathways, weightbearing can be
resumed shortly after surgery; however, traditional treatment commonly included a period
of non-weight-bearing, with some surgeons preferring to augment their reconstruction with
a hip spica or abduction brace .
Guided growth procedures are well established in the treatment for the gradual correction
of angular and rotational limb deformities in children. Anterior hemiepiphysiodesis of
the distal femur has been shown to be effective in the treatment of fixed flexion
deformity of the knee when compared to traditional osteotomies. shows intra-operative
radiographs of this minimally invasive technique, which has been recently applied to the
proximal femoral physis for various conditions. By placing a screw over the physis on the
medial side, the tethering that occurs on the medial side will result in progressive
varus of the proximal femur. It is understood that this manipulation of the proximal
femoral anatomy can alter the course of secondary acetabular dysplasia .Furthermore, it
is recognized that guided growth procedures of the proximal femoral physis can be carried
out as day case procedures, require a shorter operating time and allow for immediate
weight bearing/standing when performed in non-ambulatory patients.
Type of the study: Prospective cohort study Study Setting: Assiut University Hospitals,
Department of Orthopaedics and Traumatology
Preoperative assessment :
A-Clinical for GMFCS B- Radiological AP and Lateral pelvis for the migration percentage
(MP), head/neck-shaft angle (HSA/NSA) and acetabular index (AI) Procedure: Insertion of a
transphyseal fully threaded cannulated screw at proper size across the infromedial
proximal femoral physis under fluoroscopic guidance +/- soft tissue release , Abductor
brace , hip spicca , and ankle foot orthosis .
Postoperative Care:
Weight-bearing as tolerated.
Physical therapy to improve hip abductor strength and range of motion.
Regular follow-up at 1.5, 3, 6, 12, and 24 months and uptill .
