The intention of this review is to provide an overview of current methodologies employed in
the rapidly developing field of ocular proteomics with emphasis on sample preparation, two …

Proteomics, a highly sophisticated way to study the protein profile of various biological
tissues or fluids, has hitherto had a relatively limited role ophthalmic science. Of the few …

Proteomics is a rapidly growing research area for the study of the protein cognate of
genomic data. This review gives a brief overview of the modern proteomic technology. In …

Introduction In the search for molecular markers that aid in the early diagnosis and treatment
of various human diseases, many studies have focused on changes in genes, their …

The goal of molecular ophthalmology is the early detection and therapeutic treatment of eye
disease. Genomic technologies have profoundly enhanced the discovery of ocular disease …

There are an estimated 285 million people with visual impairment worldwide, of whom 39
million are blind. The pathogenesis of many eye diseases remains poorly understood. The …

The focus of this article is to review recent techniques in proteomic analysis of ocular fluids.
These fluids include tears, aqueous humor, and vitreous, they will also be compared to …

It is estimated that 37 million people worldwide suffer from blindness and 124 million people
have impaired vision. While the relatively recently developed therapies, antivascular …

Publisher Summary Two-dimensional (2-D) gel electrophoresis, invented more than two
decades ago, is a powerful technique for isolating proteins from a complex biological …

Proteins have important functional roles in the body, which can be altered in disease states.
The eye is a complex organ rich in proteins; in particular, the anterior eye is very …