The aim of this chapter is to review the knowledge about the aqueous outflow through
Schlemm's canal. Morphology of this canal and aqueous humor pathways from the anterior …

In a healthy eye, the aqueous humour (AH) flows via the ciliary body and trabecular
meshwork into the collector channels, which carry it to the episcleral veins. In glaucoma, a …

A mathematical model of Schlemm's canal is developed to simulate collapse of the canal
and its effect on resistance to flow through the aqueous outflow network. Schlemm's canal is …

Intraocular pressure (IOP) is maintained within a normal range from a dynamic balance
between aqueous humor formation and drainage. Dysfunctional aqueous drainage results …

The distal outflow pathway of the human eye consists of the outer wall of Schlemm's canal,
collector channels, and the deep-scleral, mid-scleral and episcleral vessels. It is the last …

As aqueous humor passes through the outflow network in the human eye, its fluid pressure
drops 7 mm Hg in the normal eye and as much as 40 mm Hg in glaucomatous eyes. This …

When aqueous humour drains from the eye via the conventional outflow pathway, it first
passes through the trabecular meshwork (TM), comprising the uveal meshwork …

The structure of Schlemm's canal in Rhesus monkey eyes has been studied by light and
electron microscopy to ascertain its relationship to the exit pathway of the aqueous. Special …

In the human eye, the final barrier for aqueous humor to cross before returning to systemic
circulation is the inner wall of Schlemm's canal. Unfortunately, the specific contribution of the …

The position of iris-lens diaphragm plays an essential part in the pathogenesis of closed-
angle glaucoma. Displacement of the diaphragm forward causes the development of a …