The present invention provides a method for making biodegradable andbioresorbable biomaterials that are also characterized by its malleability.Any desired shape can be obtained from this material, resulting from thespecific composition of this invention. Therefore, the biomaterial of thepresent invention is very well suited to be used as in preparation of implantsfor dental applications, or as in the case of difficult accessible sites suchas bone cavities. Composition of the biomaterial comprises an hydrophobicbiopolymer, a compound having both hydrophilic and hydrophobic properties,bone regenerative entity that help in the bone regeneration. In addition,these biomaterials can be used as vehicle for the release of biologicallyactive entities or drugs, such as growth factors or analgesics for example.
