ConditionEyes & vision
Stickler Syndrome
Stickler syndrome is an inherited connective tissue disorder caused by changes in collagen genes. It affects the eyes, ears, face, mouth and joints. Typical features are severe nearsightedness from early childhood, a high risk of retinal detachment, a flat midface, cleft palate or a small lower jaw, hearing loss and loose joints that develop arthritis early. It is one of the most common inherited causes of retinal detachment in children, so regular eye checks and prompt treatment of warning symptoms are vital.
Also called: Hereditary progressive arthro-ophthalmopathy, Stickler dysplasia
At a glance
- What it is
- A genetic collagen disorder affecting eyes, ears, face, palate and joints.
- How common
- Estimated around 1 in 7,500 to 9,000 newborns; likely underdiagnosed.
- Genes
- Most often COL2A1 (type 1); also COL11A1, COL11A2 and rarer recessive genes.
- Key risks
- Retinal detachment, glaucoma, cataract, hearing loss, early arthritis.
- Care
- Regular eye exams, possible preventive retinal laser, cleft and airway care, hearing aids and joint care.
When to get help
Call 911 or go to the ER
- Sudden flashes of light, a shower of new floaters, or a curtain or shadow over part of the vision (possible retinal detachment)
- A newborn with a small jaw and cleft palate who has breathing difficulty or blue spells
See a doctor within a day or two
- Sudden blurred vision, eye pain or seeing halos around lights (possible glaucoma)
- Feeding difficulties and choking in a baby with a cleft palate
Book a routine appointment
- Severe nearsightedness in a young child, or rapidly worsening glasses prescription
- Hearing difficulty or frequent ear infections
- Joint pain or stiffness at a young age
- A family history of Stickler syndrome, early retinal detachment or cleft palate
What causes Stickler syndrome
Stickler syndrome is caused by changes in genes that make type II, IX or XI collagen, proteins that give strength to the vitreous gel of the eye, cartilage, the inner ear and the palate.
| Type | Gene | Inheritance | Key features |
|---|---|---|---|
| Type 1 (most common) | COL2A1 | Dominant | Typical eye findings ("membranous vitreous"), high retinal detachment risk |
| Type 2 | COL11A1 | Dominant | Eye findings plus more hearing loss |
| Non-ocular (type 3) | COL11A2 | Dominant | Hearing, face and joint features but no eye involvement |
| Recessive types | COL9A1, COL9A2, COL9A3 and others | Recessive | Variable; often hearing loss and myopia |
In dominant forms, an affected parent has a 50% chance of passing it on. Severity varies even within families.
Signs and symptoms
Eyes
- high myopia (severe nearsightedness), often present at birth or early childhood
- abnormal vitreous gel inside the eye
- retinal detachment: the most serious risk, often in childhood or young adulthood, sometimes in both eyes
- cataract at a young age
- glaucoma
- astigmatism and lazy eye (amblyopia)
Face and mouth
- flat cheekbones and nasal bridge (midface hypoplasia)
- cleft palate, sometimes hidden under the lining (submucous cleft)
- Pierre Robin sequence: small lower jaw, tongue falling back and cleft palate, which can cause breathing and feeding problems in newborns
- dental problems
Ears
- sensorineural hearing loss, especially high frequencies, which can worsen over time
- conductive hearing loss from ear infections linked to cleft palate
Joints and skeleton
- joint hypermobility in childhood
- joint pain and stiffness
- early-onset osteoarthritis, often by the 30s or 40s
- mild spinal irregularities and scoliosis
- some people are tall and slender, resembling Marfan syndrome
Mitral valve prolapse has been reported in some families but is not consistently linked.
Diagnosis
- Clinical features: especially early high myopia, vitreous changes, cleft palate and family history
- Eye examination by an ophthalmologist experienced with Stickler syndrome
- Genetic testing: confirms the diagnosis and type in most people
- Hearing tests from infancy
- Joint and spine X-rays when symptoms suggest them
Babies born with Pierre Robin sequence should be evaluated for Stickler syndrome, as it is one of the most common underlying causes.
Treatment and management
There is no cure; care focuses on preventing complications.
Eyes
- regular dilated eye exams, at least yearly and more often in childhood
- glasses or contact lenses for myopia
- prophylactic retinal laser or cryotherapy in selected people, especially with type 1, to reduce the risk of detachment
- urgent surgery for retinal detachment
- management of cataract and glaucoma
- avoiding contact sports or high-impact activities in some cases, as advised by the eye specialist
Face, mouth and airway
- positioning, airway support or surgery for breathing problems in Pierre Robin sequence
- feeding support for babies with cleft palate
- cleft palate repair, speech therapy and orthodontic care
Hearing
- hearing aids
- ear tubes for fluid behind the eardrum
- regular audiology follow-up
Joints
- low-impact exercise such as swimming and cycling
- physical therapy
- pain relief following the label dose
- joint replacement for advanced arthritis
Genetic counseling
Family members should be offered evaluation and genetic testing, and couples can discuss inheritance and reproductive options.
Outlook
Life expectancy is normal. The main threats to quality of life are vision loss from retinal detachment, hearing loss and early arthritis, which can be reduced with regular monitoring and early treatment.
Frequently asked questions
What is Stickler syndrome?
Stickler syndrome is an inherited connective tissue disorder caused by changes in collagen genes. It causes severe nearsightedness, a high risk of retinal detachment, a flat midface, cleft palate, hearing loss, loose joints and early arthritis.
What are the eye problems in Stickler syndrome?
The main eye problems are high myopia from early childhood, abnormal vitreous gel, and a high lifetime risk of retinal detachment. Cataracts and glaucoma can also develop at a young age. Regular eye exams are essential.
How is Stickler syndrome inherited?
Most types are autosomal dominant, so an affected parent has a 50% chance of passing it to each child. Some rarer types are autosomal recessive. Genetic testing can identify the gene involved and help assess family members.
What is the link between Stickler syndrome and Pierre Robin sequence?
Pierre Robin sequence, a small lower jaw with a cleft palate and airway problems at birth, is a common feature of Stickler syndrome. Babies with Pierre Robin sequence should be checked for Stickler syndrome, especially their eyes.
Can retinal detachment be prevented in Stickler syndrome?
The risk can be reduced. Some specialists recommend preventive laser or freezing treatment around the edge of the retina, especially in type 1. Knowing the warning signs and seeking same-day care for flashes, floaters or a shadow in vision protects sight.
Sources
This guide was written from current patient and clinical guidance, including:
- MedlinePlus Genetics: Stickler syndrome
- Genetic and Rare Diseases Information Center (GARD): Stickler syndrome
- GeneReviews (NCBI): Stickler syndrome
- American Academy of Ophthalmology: Stickler syndrome
- Stickler Involved People: Stickler syndrome overview