a method of producing biocompatible gels and creams based on linking biopolymers such as polyhydroxyalkanoate pha polylactide pla polyglycoside pga polylactideglycolide plga and polycaprolactone pcl with a binder agent preferably an amphiphilic chemical entity in a aqueous medium in order to obtain a gel or a cream is provided the applicant has discovered that by combining certain types of biopolymer to specific binding agents such as amphiphilic agents the resulting suspension may depending of the processing conditions to prepare the mixture of these products allows the aqueous dissolution of the biopolymer and induces the formation of gels or creams having different levels of density firmness and or viscosity in one embodiment of the present invention at least one binder is added to a biopolymer latex solution the resulting product is a cream or a gel having improved or enhanced viscosity when compared to the viscosity of the latex or the binder itself in water as well as an increase in the time of sedimentation of the pha granules which is almost infinite because the resulting product is extremely stable in time and temperature applications where plastic products have a single use and or short life are ideally suited in the case of phas because at once used these products are entirely converted in compost sites or can be metabolized in biological conditions according to another embodiment of the present invention the gels.