Contact lenses (CLs) offer a wide variety of advantages as ocular drug-releasing platforms,
but the feasibility of medicated CL development is constrained by numerous scientific …

Ocular drug delivery has always been a challenging feat to achieve in the field of medical
sciences. One of the existing methods of non-invasive ocular drug delivery is the use of eye …

Introduction Eye drops are commonly used for delivering ophthalmic drugs despite many
deficiencies including low bioavailability and poor compliance. Contact lenses can deliver …

Therapeutic contact lenses for ocular drug delivery have received considerable interest as
they can potentially enhance ocular bioavailability, increase patient compliance, and reduce …

In this study, a science based approach is taken to monitor the variation of the properties,
bioactivity and hydrogel formation behavior of gelatin upon functionalization with Ureido …

In this study we investigated the possibility of using layer-by-layer deposition, based in
natural polymers (chitosan and alginate), to control the release of different ophthalmic drugs …

Symptoms of bacterial and fungal keratitis are typically treated through the frequent
application of antibiotic and antifungal eye drops. The high frequency of half hourly or hourly …

In the present work the feasibility of using inner layer-embedded contact lenses (CLs) to
achieve sustained release of highly water soluble drug, betaxolol hydrochloride (BH) on the …

Hydrogels are cross-linked water-containing polymer networks that are formed by physical,
ionic or covalent interactions. In recent years, they have attracted significant attention …

Contact lenses (CLs) are prone to biofilm formation, which may cause severe ocular
infections. Since the use of antibiotics is associated with resistance concerns, here, two …