SYNTHETIC MATRIX FOR CONTROLLED CELL INGROWTH AND TISSUE REGENERATION AND ENDOMETRIOSIS

Biomaterial comprises a three-dimensional polymeric network obtainable from the reaction of a at least a first and second precursor molecule. The first precursor molecule is at least a trifunctional, branched component comprising at least three arms substantially similar in molecular weight and the second precursor molecule is at least a bifunctional component. The ratio of equivalent weight of the funktional groups of the first and second precursor molecule is in a range of between 0.9 and 1.1. The molecular weight of the arms of the first precursor molecule, the molecular weight of the second precursor molecule and the functionality of the branching points are selected so that the water content of the polymeric networks is between the equilibrium weight % and 92 weitht of the total weight of the polymeric network after completion of water uptake. The present invention teaches a way to improve characteristics of synthetic matrices which are useful for wound healing applications.