Year: 2008, ARVO
Authors: Aguilar M.C.; Arrieta E.; Amelinckx A.; Parel, J-M.
Abstract: The biocompatibility and stability of novel biodegradable “heavier than water” vitreous substitutes (Alchimia Srl, Italy) were investigated in the rabbit model. The pilot study indicated that biodegradable neo-PFCL might potentially become part of the vitreous surgery armamentarium.
Year: 2008, ARVO
Authors: Aguilar M.C.; Arrieta E.; Amelinckx A.; Parel, J-M.
Abstract: The biocompatibility and stability of novel biodegradable “heavier than water” vitreous substitutes (Alchimia Srl, Italy) were investigated in the rabbit model. The pilot study indicated that biodegradable neo-PFCL might potentially become part of the vitreous surgery armamentarium.