INVESTIGADORES
CALVO Ernesto Julio
artículos
Título:
Supramolecular Architectures of Electrostatic Self-Assembled Glucose Oxidase Enzyme Electrodes
Autor/es:
EJ CALVO; A. WOLOSIUK,; ERNESTO JULIO CALVO
Revista:
Chemphyschem
Referencias:
Año: 2004 vol. 5 p. 235 - 239
ISSN:
1439-4235
Resumen:
Electrostatic self-assembly constitutes one of the most used and
simplest methods for the preparation of supported organized
supramolecular systems.[1] The incorporation of enzymes as
building blocks in these structures results in a modified surface
that has high selectivity toward molecules of biological interest.
Applications of these systems range from the design and
construction of nanoscale integrated circuits such as biochips
and biosensors for genomic treatment to the development of
biofuel cells.
building blocks in these structures results in a modified surface
that has high selectivity toward molecules of biological interest.
Applications of these systems range from the design and
construction of nanoscale integrated circuits such as biochips
and biosensors for genomic treatment to the development of
biofuel cells.
[1] The incorporation of enzymes as
building blocks in these structures results in a modified surface
that has high selectivity toward molecules of biological interest.
Applications of these systems range from the design and
construction of nanoscale integrated circuits such as biochips
and biosensors for genomic treatment to the development of
biofuel cells.
