Healing of surgical wounds, especially those of cataract and retinal detachment operations, is an important current topic in ophthalmology. Since collagen formation is a vital phase of wound healing, recent data indicating that carrageenin is a powerful stimulus to production of collagen makes it of interest to study the effect of this compound on ocular tissues.
Carrageenin is a refined water-soluble hydrocolloid extracted from a seaplant, Irish moss (Chondrus crispus). It is a negatively charged polymer composed of two major fractions, of approximately equal proportions, lambda carrageenin (Fig. 1) and kappa carrageenin (Fig. 2). Both components are polydisperse, are composed of sulfated d-galactose units and have molecular weights in the range of 100,000 to 500,000. Lambda carrageenin is composed almost entirely of these units linked through the 1-3 positions and kappa carrageenin contains one unit of anhydro-d-galactose for approximately every 1.2 units of d-galactose. They form a highly viscous solution
BURNS RP, BEIGHLE R. Experimental Carrageenin Granuloma of the Cornea: Preliminary Studies. Arch Ophthalmol. 1960;64(5):712–723. doi:10.1001/archopht.1960.01840010714014
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