Clinical Scorecard: Dry Eye Dx and Tx: Conjunctivochalasis—The Dry Eye “Mimicker”
At a Glance
| Category | Detail |
|---|---|
| Condition | Conjunctivochalasis (CCh) |
| Key Mechanisms | Interferes with tear film dynamics, causing instability, reduced tear reservoir, obstruction of tear drainage, and promotes ocular surface inflammation. |
| Target Population | Individuals aged 60 years and older, affecting 44% to 98% of this demographic. |
| Care Setting | Ophthalmology clinics, particularly for diagnosis and management. |
Key Highlights
- CCh presents symptoms similar to dry eye disease (DED).
- Diagnosis is primarily through slit lamp examination and vital dye application.
- Initial treatment includes topical therapies; advanced cases may require surgical intervention.
- CCh can worsen DED symptoms and is often unrecognized.
- Practitioners should educate patients on CCh to improve understanding of persistent symptoms.
Guideline-Based Recommendations
Diagnosis
- Use slit lamp examination to identify redundant conjunctival tissue.
- Apply vital dyes to visualize folds and assess tear film.
Management
- Initial treatments include topical steroids, immunomodulators, and preservative-free artificial tears.
- Consider in-office procedures like plasma pen conjunctivoplasty for moderate to severe cases.
Monitoring & Follow-up
- Assess symptom improvement and ocular surface condition regularly.
Risks
- Untreated CCh can lead to chronic discomfort and worsening dry eye symptoms.
Patient & Prescribing Data
Older adults, particularly those with persistent dry eye symptoms.
Conservative medical therapy is the first step; surgical options may be necessary for severe cases.
Clinical Best Practices
- Educate patients about the relationship between CCh and DED.
- Perform thorough examinations to identify CCh in symptomatic patients.
- Consider a multidisciplinary approach for managing complex cases.
References
- Marmalidou et al, 2019
- Chhadva et al, 2015
- Yokoi et al, 2005
- Huang et al, 2013
- Erdogan-Poyraz et al, 2007
- Li et al, 2000
- Hillman, 2021
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