Sjogren's Syndrome is an autoimmune condition in which the body attacks its own glands in the body. Some of these glands are responsible for providing lubrication for the eye. As a result, individuals with Sjogren's Syndrome often experience dry eye. Recently, a study had shown that dry eye symptoms were improved by removing debris and old skin cells along the eyelid margin. This technique is called eyelid debridement-scaling. The purpose of this study is to determine how well this technique works in improving dry eye signs and symptoms in individuals with Sjogren's Syndrome.

Inclusion Criteria:

• Is at least 17 years of age and has full legal capacity to volunteer;
• Has read and signed an information consent letter;
• Is willing and able to follow instructions and maintain the appointment schedule;
• Is diagnosed with Sjogren's Syndrome;
• Meibomian gland score of ≤ 9 (out of 15);
• OSDI ≥ 23;
• Willing to maintain the use of OTC medications throughout the course of the study
• Have not worn contact lenses within the past 3 years

Exclusion Criteria:

• Is participating in any concurrent clinical or research study;
• Has any known active* ocular disease and/or infection;
• Has a systemic condition, other than Sjogren's Syndrome and its associated conditions, that in the opinion of the investigator may affect a study outcome variable;
• Is using any systemic or topical medications, other than those indicated for Sjogren's Syndrome and its associated conditions, that in the opinion of the investigator may affect a study outcome variable;
• Has known sensitivity to the diagnostic pharmaceuticals to be used in the study;
• Is pregnant, lactating or planning a pregnancy at the time of enrolment;
• Is aphakic;
• Has undergone refractive error surgery; * For the purposes of this study, active ocular disease is defined as infection or inflammation which requires therapeutic treatment. Lid abnormalities (blepharitis, meibomian gland dysfunction, papillae), corneal and conjunctival staining and dry eye are not considered active ocular disease. Neovascularization and corneal scars are the result of previous hypoxia, infection or inflammation and are therefore not active.