Juvenile Hallux Valgus: Diagnosis and Management Insights
JUVENILE HALLUX VALGUS
Prasad Gourineni, MD
Head of Pediatric Orthopaedics,
Advocate Christ Hospital, Oak Lawn.
DISCLOSURE
•
Own G2 Healthcare that sells calf stretching
wedges.
HALLUX VALGUS
•
Valgus of big toe by more than 15 degrees.
•
Pediatric Hallux valgus is often bilateral
•
Infantile – Younger than 2.
•
Juvenile – 2-10 years.
•
Adolescent – More than 10 years
PEDIATRIC ANATOMY
•
Physis at the proximal end of the first metatarsal and
phalanges.
•
Growth can worsen deformity.
INFANTILE HALLUX VALGUS
•
Rare.
•
May be congenital, hereditary, syndromic.
•
Usually asymptomatic.
•
Splinting may prevent worsening.
•
Surgery is almost never indicated. High risk of recurrence.
JUVENILE HALLUX VALGUS
•
Hereditary – Autosomal dominant.
•
Syndromic – Down’s, Marfan’s.
•
Neurological – CP, CMT.
•
Associated with Flat feet, Calf tightness, Metatarsus
adductus, Splayfoot, Skewfoot, Generalized laxity. JRA.
•
Progresses to adolescent and adult deformity.
PATHOANATOMY
•
Medial prominence of the first metatarsal head –
bunion. Redness, shoe fit issues.
•
Flat foot, pronation of first ray, Lateral subluxation of
the sesamoids.
•
Plantarly displaced abductor erodes the cartilage.
SOFT TISSUE DEFORMITY
•
Abductor hallucis, FHL, EHL can subluxate and
further deform the bunion.
•
Medial laxity, Lateral tightness – incongruity.
•
Achilles contracture.
BONY DEFORMITY
•
First TMT deformity & Laxity.
•
Metatarsus primus varus. IMA < 9 degrees.
•
Distal Metatarsal articular angle. < 10 degrees.
•
Hallux valgus interphalangeus. > 10 degrees.
•
Long/short first metatarsal.
CLINICAL EVALUATION
•
Foot, ankle, and leg mechanics
•
Laxity of TMT and MTP
•
Beighton score
•
Shoe wear pattern
DEFORMITY LOCALIZATION
•
Almost all primus varus seems to occur in the
medial cuneiform.
NONOP TREATMENT
•
Orthotics to decrease heel valgus and support arch
height.
•
Wide, flat shoes. Avoid high heels and tight toe box.
•
Night splints to stretch the bunion.
•
Stretching of Achilles, lateral heel, and big toe
deformity.
SURGERY
•
Delay surgery as much as possible.
•
Simple bunionectomy, and medial
capsulorraphy cause high recurrence.
•
Correct bony deformity and realign soft
tissues.
COMPLICATIONS
•
Growth plate injury from proximal osteotomy.
•
Recurrence & Over Correction / Hallux Varus.
•
Other complications are less likely than in
adults.
METATARSUS PRIMUS VARUS
•
Deformity is usually from medial tilt of first TMT joint.
•
Lateral laxity of TMT joint
•
Medially tilted first metatarsal physis.
MEDIAL CUNEIFORM OSTEOTOMY
•
Medial opening wedge osteotomy of the medial
cuneiform corrects the TMT joint tilt and IMA, and
pushes the first metatarsal distally.
HEMIEPIPHYSIODESIS
•
Lateral half of first metatarsal.
•
Medial half of the phalanges.
OSTEOTOMY
HALLUX INTERPHALANGEUS CORRECTION
LAPIDUS
•
Hypermobile 1
st
TMT joint
MTP FUSION
•
Cerebral Palsy
•
Down’s Syndrome
•
Ehler Danlos
Delve into the world of juvenile hallux valgus, a condition affecting the alignment of the big toe in children. Learn about its different forms based on age groups, associated anatomical features, pathoanatomy, soft tissue, and bony deformities. Discover the hereditary and syndromic links, diagnostic considerations, and treatment approaches including prevention strategies and surgical indications.
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Presentation Transcript
JUVENILE HALLUX VALGUS Prasad Gourineni, MD Head of Pediatric Orthopaedics, Advocate Christ Hospital, Oak Lawn.
DISCLOSURE Own G2 Healthcare that sells calf stretching wedges.
HALLUX VALGUS Valgus of big toe by more than 15 degrees. Pediatric Hallux valgus is often bilateral Infantile Younger than 2. Juvenile 2-10 years. Adolescent More than 10 years
PEDIATRIC ANATOMY Physis at the proximal end of the first metatarsal and phalanges. Growth can worsen deformity.
INFANTILE HALLUX VALGUS Rare. May be congenital, hereditary, syndromic. Usually asymptomatic. Splinting may prevent worsening. Surgery is almost never indicated. High risk of recurrence.
JUVENILE HALLUX VALGUS Hereditary Autosomal dominant. Syndromic Down s, Marfan s. Neurological CP, CMT. Associated with Flat feet, Calf tightness, Metatarsus adductus, Splayfoot, Skewfoot, Generalized laxity. JRA. Progresses to adolescent and adult deformity.
PATHOANATOMY Medial prominence of the first metatarsal head bunion. Redness, shoe fit issues. Flat foot, pronation of first ray, Lateral subluxation of the sesamoids. Plantarly displaced abductor erodes the cartilage.
SOFT TISSUE DEFORMITY Abductor hallucis, FHL, EHL can subluxate and further deform the bunion. Medial laxity, Lateral tightness incongruity. Achilles contracture.
BONY DEFORMITY First TMT deformity & Laxity. Metatarsus primus varus. IMA < 9 degrees. Distal Metatarsal articular angle. < 10 degrees. Hallux valgus interphalangeus. > 10 degrees. Long/short first metatarsal.
CLINICAL EVALUATION Foot, ankle, and leg mechanics Laxity of TMT and MTP Beighton score Shoe wear pattern
DEFORMITY LOCALIZATION Almost all primus varus seems to occur in the medial cuneiform.
NONOP TREATMENT Orthotics to decrease heel valgus and support arch height. Wide, flat shoes. Avoid high heels and tight toe box. Night splints to stretch the bunion. Stretching of Achilles, lateral heel, and big toe deformity.
SURGERY Delay surgery as much as possible. Simple bunionectomy, and medial capsulorraphy cause high recurrence. Correct bony deformity and realign soft tissues.
COMPLICATIONS Growth plate injury from proximal osteotomy. Recurrence & Over Correction / Hallux Varus. Other complications are less likely than in adults.
METATARSUS PRIMUS VARUS Deformity is usually from medial tilt of first TMT joint. Lateral laxity of TMT joint Medially tilted first metatarsal physis.
MEDIAL CUNEIFORM OSTEOTOMY Medial opening wedge osteotomy of the medial cuneiform corrects the TMT joint tilt and IMA, and pushes the first metatarsal distally.
HEMIEPIPHYSIODESIS Lateral half of first metatarsal. Medial half of the phalanges.
LAPIDUS Hypermobile 1stTMT joint
MTP FUSION Cerebral Palsy Down s Syndrome Ehler Danlos
