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Ectropion clinical trials

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NCT ID: NCT02761083 Withdrawn - Ptosis Clinical Trials

PMCF-study Using Novosyn® Quick Suture Material in Ophthalmic Surgery

OPHTHALNOQ
Start date: May 2016
Phase: Phase 4
Study type: Interventional

The aim of this study is to show that the performance of Novosyn® Quick suture material is comparable with standard suture material used in Ophthalmic surgery. In order to show that, various safety and efficacy parameters have been selected. The outcome regarding these parameters will be compared in 2 treatment groups. Active control group will receive Vicryl® Rapide and the treatment group Novosyn® Quick for ophthalmic surgery. It was decided to design this study as a randomized trial, because limited clinical evidence is available in the literature for the active control group (Vicryl® Rapide) which can be used for comparison. Eye operation will be randomly allocated on the left and right side (1:1) to both treatment groups. Patients undergoing elective, primary ophthalmic surgery (dacryocystorhinostomy, ectropion, entropion, ptosis, eyelid tumor resection, blepharoplasty)

NCT ID: NCT01838252 Withdrawn - Ectropion Clinical Trials

Hyaluronic Acid Gels for Lower Lid Retraction

Start date: February 2013
Phase: Phase 4
Study type: Interventional

Lid retraction is a difficult problem encountered in oculofacial plastic surgery. It can result from previous surgery, radiotherapy or cicatrizing disease or it may be idiopathic. Whatever the aetiology, the cosmetic appearance is troublesome to patients and, can be damaging to the cornea. The definitive therapy for lid retraction is surgical, and often involves complicated procedures including tissue grafting. Hyaluronic acid gels (HAG) have been FDA approved for the treatment of facial rhytids by subcutaneous injection and volume addition. These gels have gained wide popularity in for cosmetic applications in filling volume deficit areas. Functional applications in the periorbital area have also been described including the filling of volume deficit anophthalmic orbits, ectropion and loagophthalmos. Additionally, pilot studies have found HAG to be useful in correcting both upper and lower eyelid retraction, with good effect. The purpose of this investigation is to define the clinical utility of HAG correction of lower eyelid retraction in terms of anatomic (lid position), quantitative (dry eye signs on cornea) and qualitative effects (symptom severity). Our hypothesis is that HAG correction of lower eyelid retraction will improve patient comfort, clinical signs of dry eye and aesthetic self image.