0.5-1 nanometer thick layers of carbon based materials consisting of C, O and possibly another element (like N or S) and free-flowing H ions making it 99.99X% pure graphene (Hydr) oxide.
These sheets are like thin razer blades that can cut through endothelial layers (walls of blood vessels) and other biological structures.
Graphene oxide by itself is toxic when injected into humans.
It has interesting physical propertis like radio frequency absorbption in the 2.4 - 6 (+) GHz band and can act as a conductor or become magnetic when doped with another element.
It can be used to assemble electrical nano-sized circuits and influence radio frequence signaling (receiving/emitting) of biological structures.
0.5-1 nanometer thick layers of carbon based materials consisting of C, O and possibly another element (like N or S) and free-flowing H ions making it 99.99X% pure graphene (Hydr) oxide.
These sheets are like thin razer blades that can cut through endothelial layers (walls of blood vessels) and other biological structures.
Graphene oxide by itself is toxic when injected into humans.
It has interesting physical propertis like radio frequency absorbption in the 2.4 - 6 (+) GHz band and can act as a conductor or become magnetic when doped with another element.
It can be used to assemble electrical nano-sized circuits and influence radio frequence signaling (receiving/emitting) of biological structures.