Here we report an enzymic fuel cell in a vein replica that generates sustained electricity, enough to power an e-ink display, in an authentic human blood stream. We also detail a simple and safe approach for fuel cell evaluation under homeostatic conditions. Our results demonstrate proof-of-principle operation of a biocompatible and safe biodevice that could be implanted in superficial human veins, which we anticipate to be a starting point for more sophisticated investigations of personal sources of electricity
Although waste is traditionally assessed as a pollutant which needs to be reduced or lessened, its m...
A red blood cell (RBC) from human exhibited direct electron transfer (DET) activity on a bare indium...
Here we present unequivocal exptl. proof that microscale cofactor- and membrane-less, direct electro...
Here we report an enzymic fuel cell in a vein replica that generates sustained electricity, enough t...
Electrochemical studies were performed to explore electron transfer (ET) between human white blood c...
The road to safe and effective implantable electrical power devices has been long-and the goal has n...
A major challenge facing the development of implantable devices for clinical use is in finding a sui...
AbstractEnzymatic biofuel cells (EBFCs) can generate energy from metabolites present in physiologica...
We present data on operation of a miniature membrane-less, direct electron transfer based enzymatic ...
Here we present unequivocal experimental proof that microscale cofactor- and membrane-less, direct e...
The improvement in quality of modern health-care is closely related to the need for medical autonomo...
Microbial fuel cells (MFCs) have been shown to efficiently generate electricity from organic compoun...
Bioelectricity production was achieved using human neuronal-like cells called SH-SY5Y cell line in s...
Herein we report on a new hybrid enzymatic fuel cell (EFC) based on mediated/direct electron transfe...
This paper presents a new direct electron transfer based-miniaturized glucose/oxygen enzymatic fuel ...
Although waste is traditionally assessed as a pollutant which needs to be reduced or lessened, its m...
A red blood cell (RBC) from human exhibited direct electron transfer (DET) activity on a bare indium...
Here we present unequivocal exptl. proof that microscale cofactor- and membrane-less, direct electro...
Here we report an enzymic fuel cell in a vein replica that generates sustained electricity, enough t...
Electrochemical studies were performed to explore electron transfer (ET) between human white blood c...
The road to safe and effective implantable electrical power devices has been long-and the goal has n...
A major challenge facing the development of implantable devices for clinical use is in finding a sui...
AbstractEnzymatic biofuel cells (EBFCs) can generate energy from metabolites present in physiologica...
We present data on operation of a miniature membrane-less, direct electron transfer based enzymatic ...
Here we present unequivocal experimental proof that microscale cofactor- and membrane-less, direct e...
The improvement in quality of modern health-care is closely related to the need for medical autonomo...
Microbial fuel cells (MFCs) have been shown to efficiently generate electricity from organic compoun...
Bioelectricity production was achieved using human neuronal-like cells called SH-SY5Y cell line in s...
Herein we report on a new hybrid enzymatic fuel cell (EFC) based on mediated/direct electron transfe...
This paper presents a new direct electron transfer based-miniaturized glucose/oxygen enzymatic fuel ...
Although waste is traditionally assessed as a pollutant which needs to be reduced or lessened, its m...
A red blood cell (RBC) from human exhibited direct electron transfer (DET) activity on a bare indium...
Here we present unequivocal exptl. proof that microscale cofactor- and membrane-less, direct electro...