Active clinical trials for "Meibomian Gland Dysfunction"

AZ202001 is a multicenter study of AZR-MD-001 ointment and AZR-MD-001 vehicle in patients with Meibomian Gland Dysfunction (MGD)

The current study aims to test the efficacy of treatment for a device that utilises a thermal pulsation system, which applies heat from the inner surface of the eyelids (Lipiflow) in patients suffering from meibomian gland dysfunction. Patients will be asked to undergo a one-time treatment with Lipiflow and the investigators will monitor them for changes in tear film and lipid composition, as well as changes in the anatomy of meibomian glands for over a study period of 12 weeks. Additionally, dry eye symptoms will be documented in form of questionnaires. The investigators hypothesize that the treatment will be effective in improving clinical signs and will relieve dry eye symptoms for the patient. If this method of managing Meibomian Gland Dysfunction (MGD) is found to be efficacious and safe, it will be made available to patients in Singapore.

STUDY DESIGN Structure: Multicenter, randomized, double-masked, vehicle-controlled, parallel group study. Duration: 3 months of TID treatment. Treatment Groups, Dosing, and Treatment Regimen: Study Treatment: CBT-006 topical ophthalmic solution Control Treatment: CBT-006 vehicle

Dry Eye Disease (DED) is a disease of the ocular surface which may be secondary to a variety of causes, including cataract surgery. DED is characterized by loss of tear film stability and dry eye symptoms, and its pathogenesis is related to corneal nerve injury, decreased goblet cells, inflammation of the ocular surface, and dysfunction of the meibomian glands (MGD). MGD is the main cause of evaporative DED and can cause irregularity of the ocular surface, affecting the accuracy of the biometric calculation. In addition, it is a risk factor for DED exacerbation after cataract surgery, that may occur in about 40% of cases. Current therapies for DED include artificial tears, warm compresses, manual squeezing of the glands, eyelid hygiene, omega-3 fatty acids, topical cyclosporine, serum tears, topical azithromycin, oral doxycycline. The above therapies in some cases can provide only transient relief, affecting the outcome of cataract surgery and the quality of life of patients. Therefore, stabilization of the ocular surface before cataract surgery is important to achieve better post-operative comfort and a better refractive result. The introduction of LipiFlow thermal pulsation treatment (LTP) represents a controlled method of squeezing the obstructed Meibomian glands by applying heat to the upper and lower eyelids and simultaneously applying pulsatile pressure to the eyelid skin surfaces. The aim of our study will be to evaluate the effect of preoperative LipiFlow therapy in patients with age-related cataracts and mild to moderate MGD in reducing postoperative DED.

The study aims to investigate whether combined treatment of MGD massage and artificial tears will improve signs and symptoms of dry eye compared to artificial tears alone. The meibomian glands secrete meibum which is the oily component of the tear film layer. The meibum plays a pivotal role in preventing tear evaporation and smoothening the tears film . Meibomian gland dysfunction is a common condition that affects 39%-50% of the population. It is part of inflammatory disease of the eyelids called blepharitis. Associated syndromes are rosacea and dry eye syndrome . Sign and symptoms are: irritation, hyperemia, burning sensation, photophobia, epiphora and blur. Spectrometry analysis shows change it the fatty acids conformation such as increase in levels of branched-chain fatty acids and decrease in saturated fatty acids . Subsequently the clotted meibum results in glands blockage that can be graded in 0-4 grade scale: grade 2- meibum secretion thick and oily, grade 3- meibum secretion granular-toothpaste like. Although MGD is not often accompanied with inflammatory signs it is a common cause for evaporative dry eye.

The purpose of this study was to compare changes in meibomian gland dysfunction (MGD), tear break-up time (TBT) and evaporative dry eye (EDE) symptoms after treatment with either the iLux® 2020 System or the LipiFlow® Thermal Pulsation System.

The study aims to test the safety of Repetitive Magnetic Stimulation (RMS) treatment for dry eye disease. Patients are asked to undergo a one-time treatment with Epitech Ocular Magnetic Stimulation Device on one eye in the first stage and both eyes sequentially in the second stage of the study. Changes are monitored for over a study period of 3 months.

Meibomian gland dysfunction (MGD) is one of the most common causes of dry eye diseases. Over the past decade, several treatment options in MGD have been extensively studied including warm compression, lid hygiene, ocular lubricants, forceful expression, LipiFlow thermal pulsation system, intraductal probing, debridement scaling and intense pulsed light (IPL). IPL is a broad spectrum, non-coherent and polychromatic light source with a wavelength spectrum of 500-1200 nm. It can be filtered to allow only a range of wavelengths to be emitted. Different wavelength makes different depth of tissue to absorb a specific light energy. Intense pulsed light (IPL) has been widely used in dermatology as a therapeutic tool for removal of hypertrichosis, benign cavernous hemangioma, benign venous malformations, telangiectasia, port-wine stain and pigmented lesions. Concurrent ocular surface improvements have been observed in patients undergone IPL treatment. Very few prospective clinical trials showed that subjective dry eye symptoms decreased and some of the dry eye signs also improved. Nonetheless, there is still inconsistency in the efficacy of IPL among these studies. Biomarkers, specifically cytokines, in dry eye diseases have been studied to some extent. Moreover, the change in ocular surface inflammatory cytokines in patients with MGD after IPL treatment is unclear. The investigators proposed a prospective randomized double-masked sham-controlled clinical trial to investigate the efficacy and safety of intense pulse light in MGD patients.

This study will compare the safety and efficacy of TrueTear™ to standardized moist heat compress (Thermalon® Dry Eye Compress) for the treatment of Meibomian Gland Disease (MGD).

The aim of the current study is to examine the contribution of intense pulsed light (IPL) for relieving signs and symptoms of dry eye due to meibomian gland dysfunction. The effect of IPL will be examined in a study designed as a randomized controlled trial. In the study arm, subjects will undergo 4 treatment sessions, consisting of IPL pulses immediately followed by expression of the meibomian glands. In the control arm, subjects will undergo the same treatments, except that the IPL pulses will be disabled. For each subject, the duration of the study will be 10 weeks, as explained in the detailed description,