View clinical trials related to Vitreous Disorder.
Filter by:Pupillary movement during eye surgery can be a challenge for eye surgeons. Despite the risk of intraocular lens damage and malpositioning due to mechanical manipulation1, iris manipulation may lead to a significant elevation of cytokines in the aqueous humor and an increase of postoperative inflammation2, 3. Iris damage is also known to lead to an increase of prostaglandin production which will not only lead to an increase of inflammation but also has an impact on intraoperative miosis4. This leads to the assumption that postoperative inflammation can be related to intraoperative pupillary movements due to the same leading cause of an increase of inflammatory mediators. Tracking intraoperative pupillary movements might therefore be a helpful tool for the prediction of postoperative PCME and could have an impact on therapeutic decisions after surgery.
Cataracts and vitreo-retinal conditions are frequently associated and can lead to a combined surgery to treat both diseases at the same time. To date, in most cases cataract surgery is usually performed first, then followed by vitrectomy. However, there isn't any standard guidelines indicating what would be the best chronological order, or sequence, when performing those procedures. This randomised, double-arm, open-label study aims at investigating whether the sequence "cataract surgery then vitrectomy" or "vitrectomy then cataract surgery" can have an impact on iris hernia occurence.
To determine the surgical outcome and patient satisfaction in patients who underwent AT LARA lens implantation during or after vitrectomy at a relatively young age (around 55 years of age), mostly to treat (urgent) retinal detachment.
determine the safety and effectiveness of the device.
To measure vitreous collagen fragments length after pars plana vitrectomy performed at different cut rates