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Physical Chemistry Chemical Physics, 2004
The history of electrochemical power sources shows that batteries or fuel cells were introduced only when the development of new electrical or electronic system demanded these. At this time, the already established feasibility of miniaturization of implantable sensor-transmitter systems to volumes smaller than 1 mm3, and the demand for spatially and ...
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The history of electrochemical power sources shows that batteries or fuel cells were introduced only when the development of new electrical or electronic system demanded these. At this time, the already established feasibility of miniaturization of implantable sensor-transmitter systems to volumes smaller than 1 mm3, and the demand for spatially and ...
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Biosensors and biofuel cells with engineered proteins
Molecular BioSystems, 2010Abstract Proteins have been synergistically combined with electrochemistry to develop biosensors and biofuel cells. The focus of this review is to discuss the role of enzymes and highlight how protein engineering and immobilization can enhance device performance.
Daren J, Caruana, Stefan, Howorka
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Investigation of a Deoxyribozyme As a Biofuel Cell Catalyst
Journal of the American Chemical Society, 2011We examined the ability of a previously identified peroxidase deoxyribozyme to be employed as a catalyst in biofuel cells, as a possible replacement for oxidoreductase proteins. We constructed a biocathode using a covalently linked version of the peroxidase deoxyribozyme-hemin complex and successfully paired it with a glucose dehydrogenase-modified ...
Mi, Zhang +3 more
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A biofuel cell in non-aqueous solution
Chemical Communications, 2015We report the first example of a biofuel cell operating in organic solvents.
Xiao, X.; id_orcid 0000-0002-0240-0038 +1 more
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Animal Experiments with Biogalvanic and Biofuel Cells
Biomaterials, Medical Devices, and Artificial Organs, 1976Animal experiments with biogalvanic cells have demonstrated that an average power of 80 muW can be derived continously for at least 2 years. There is a further scope to stabilize the power at 100 muW for considerable longer periods so that the chances of cardiac pacing with biogalvanic power have become bright.
E. Weidlich +5 more
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Biofuel cell based on direct bioelectrocatalysis
Biosensors and Bioelectronics, 2005A biofuel cell, consisting of two 3mm diameter carbon rod electrodes and operating at ambient temperature in aqueous solution, pH 6, is described. Biofuel cell based on enzymes able to exchange directly electrons with carbon electrodes was constructed and characterized.
Arunas, Ramanavicius +2 more
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ECS Meeting Abstracts, 2019
Biofuel cell can be defined as a device that can directly change chemical energy into electrical energy through electro biochemical reactions. In other words, in these kinds of cells, biocatalysts that can be either enzymes or microorganisms or cells, are used for producing electrical energy.
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Biofuel cell can be defined as a device that can directly change chemical energy into electrical energy through electro biochemical reactions. In other words, in these kinds of cells, biocatalysts that can be either enzymes or microorganisms or cells, are used for producing electrical energy.
openaire +1 more source