Ocular drug delivery is challenging due to the presence of anatomical and physiological
barriers. These barriers can affect drug entry into the eye following multiple routes of …

Despite the wide range of diseases affecting the eye, ocular bioavailability remains a
challenge in ophthalmic drug delivery. Nowadays an extensive variety of polymers are being …

Research advancements in pharmaceutical sciences have led to the development of new
strategies in drug delivery to anterior segment. Designing a new delivery system that can …

Many vision threatening ocular diseases such as age‐related macular degeneration (AMD),
diabetic retinopathy, glaucoma, and proliferative vitreoretinopathy may result in blindness …

One of the most challenging areas of pharmaceutical research is ocular drug delivery. The
unique anatomy and physiology of the eye impedes drug permeation to deeper ocular …

Polymeric micelles are nanostructures formed by the self-aggregation of copolymeric
amphiphiles above the critical micellar concentration. Due to the flexibility to tailor different …

Highlights•Eye drops are applied at high frequency due to unique physio-anatomy of
corneal tissue.•Different types of nanodelivery platforms (medical devices) have been …

Purpose:: The main objective of this study was to optimize cyclosporine (CsA) nanomicellar
solution and study in vivo ocular CsA tissue distribution with a topical drop. Methods:: An …

1948, 959 A 2f1934 Croce 2,368,306 A 1/1945 Kiefer et al. 2,403.458 A 7, 1946 Ransom
2,735,814 A 2f1956 Hodson et al. 2.986, 540 A 5/1961 Posnansky 3,464,413 A 9, 1969 …

Background: Objective: The stability and delivery of drugs remain one of the key hurdles in
the present situation. The present study depends on the design of a novel nanoemulsion …