Ocular Surface, Orbital and Eyelid Disorders
- Ocular surface diseases: dry eye, pterygium, conjunctivochalasis, cicatricial disorders
- Conjunctival tumors and degenerations: nevi, melanoma, OSSN
- Ocular allergy and immune-mediated surface disease
- Chemical and thermal ocular surface injuries
- Stevens–Johnson syndrome and ocular cicatricial pemphigoid
- Eyelid malpositions: entropion, ectropion, ptosis, retraction
- Eyelid and periocular tumors: benign, malignant, and metastatic
- Orbital inflammatory disorders: thyroid eye disease, idiopathic orbital inflammation
- Orbital trauma and fracture management
- Imaging and diagnostics in orbital and eyelid pathology
The front of the eye and its surrounding tissues form a single functional unit: surface, lids, lacrimal system, and orbit. This session translates anatomy and physiology into practical, mechanism-based care—from tear-film stability and epithelial repair to eyelid mechanics, lacrimal drainage, and orbital inflammation. You’ll learn how to separate neuropathic pain from evaporative dry eye, how to read meibography and topography together, and when conjunctival biopsy, cultures, or confocal microscopy change management. We also map thyroid eye disease activity versus damage, distinguish cicatricial disorders from allergy, and align imaging with timely interventions. By connecting disease pathways to measurable endpoints, Ocular Surface, Orbital & Eyelid Disorders helps clinicians and researchers choose therapies that are effective, durable, and safe—artificial tears to advanced immunomodulators, punctal plugs to DCR, and conservative care to reconstruction. If you’re scouting the right Ophthalmology Conference to present data or upskill your team, this track shows how to structure diagnostics, trials, and longitudinal care so outcomes improve and burden falls. Finally, we highlight perioperative optimization (treating surface before cataract or refractive surgery), contact lens decision-making in irregular corneas, and red-flag pathways for cellulitis and orbital masses. For foundational reading, start with tear-film physics and lid–meibomian gland interactions; for advanced topics, explore fibrosis biology and periocular immunology. With actionable algorithms and clear criteria for escalation, this page bridges daily clinic and translational science so patients experience faster relief, fewer recurrences, and safer procedures anchored in evidence and shared decisions. For newcomers and experts alike, mastering ocular surface disease is the key to reliable measurements, comfortable wear, and better vision.
Ready to Share Your Research?
Submit Your Abstract Here →Present your research under Ocular Surface, Orbital and Eyelid Disorders
Disease Mechanisms and Clinical Navigation
Tear Film and Meibomian Function
- Identify aqueous-deficient versus evaporative drivers using symptoms, staining, and meibography
- Stabilize film with anti-inflammatory therapy, thermal pulsation, and lid hygiene sequences
Conjunctiva and Corneal Epithelium
- Differentiate allergy, toxic, and cicatricial patterns with targeted testing
- Use preservative minimization, immunomodulators, and scleral lenses when indicated
Eyelid and Lacrimal System
- Classify malpositions and blink dynamics that destabilize the surface
- Select taping, splints, or surgery; manage obstruction with DCR or stenting
Orbit and Periocular Inflammation
- Stage thyroid eye disease for activity versus fibrosis before choosing therapy
- Coordinate imaging, steroids/biologics, and decompression with multidisciplinary teams
From Assessment to Durable Outcomes
Standardized Workups
Adopt stepwise staining, osmolarity, and meibography protocols
Imaging for Decisions
Use UWF/CT/MRI judiciously for masses, cellulitis, and TED
Therapy Sequencing
Layer lubricants, anti-inflammatories, devices, and procedures logically
Surgical Timing
Treat surface first; plan lid/orbital procedures after inflammation control
Contact Lens Strategies
Choose scleral/rigid designs for protection and optics in disease
Safety & Stewardship
Reduce preservatives and antibiotic overuse; monitor IOP with steroids
Follow-Up Cadence
Match review intervals to risk, severity, and therapy side-effects
Patient Experience
Educate with simple care plans, heat/lid hygiene, and trigger avoidance
Related Sessions You May Like
Join the Global Ophthalmology Community
Connect with ophthalmologists, vision researchers, and eye-care specialists worldwide. Share your expertise and explore the latest advances in eye diseases, vision science, diagnostics, and innovative treatment technologies.