The electrochemistry field has increased in recent years, specially in the search for new sensors to monitor specific analyte in complex samples. In order to improve electrodes, many rhodium compounds have been used as electron mediators for novel sensors development. The most used compounds for this purpose are metal, metal complexes and some organic dyes. Rhodium complexes are known by their good catalytic properties and it could be useful in the sensor field. However, there are only a few reports, on the use of rhodium complexes in sensors and biosensors. A brief review of the electrochemistry of rhodium complexes and some discription of their properties which make those compounds suitable for development of sensor and biosensor
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
This data article contains the 1H Nuclear Magnetic Resonance (NMR), ultraviolet and visible (UV–vis)...
The electrochemistry field has increased in recent years, specially in the search for new sensors to...
Catalytic properties of rhodium and some of its compounds, namely, RhO2, Rh2O3 and chlorobis(2-pheny...
Biosensing devices are important because they can detect, record, and transmit information regarding...
3.4. Cyclicvoltammetery Cyclic voltametry is a conversant electro analytical technique for the stu...
3.4. Cyclicvoltammetery Cyclic voltametry is a conversant electro analytical technique for the stu...
Práce se zabývá využitím sloučenin rhodia a redoxních enzymů v amperometrických biosenzorech. Studiu...
The electrochemistry of Rh[C6H5)2P(CHx)nP(C6H5)2]2 Y where Y = CF3SO-3 or ClO-4, x = 2 with n = 1, 2...
Electroenzymatic synthesis often suffers from electrochemical reaction steps which proceed slower th...
A new sensor was developed for the analysis of phenolic compounds by coating the surface of a glassy...
A new sensor was developed for the analysis of phenolic compounds by coating the surface of a glassy...
The interaction of rhodium dimers, including the carboxylates (acetate, propionate, butyrate, triflu...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
This data article contains the 1H Nuclear Magnetic Resonance (NMR), ultraviolet and visible (UV–vis)...
The electrochemistry field has increased in recent years, specially in the search for new sensors to...
Catalytic properties of rhodium and some of its compounds, namely, RhO2, Rh2O3 and chlorobis(2-pheny...
Biosensing devices are important because they can detect, record, and transmit information regarding...
3.4. Cyclicvoltammetery Cyclic voltametry is a conversant electro analytical technique for the stu...
3.4. Cyclicvoltammetery Cyclic voltametry is a conversant electro analytical technique for the stu...
Práce se zabývá využitím sloučenin rhodia a redoxních enzymů v amperometrických biosenzorech. Studiu...
The electrochemistry of Rh[C6H5)2P(CHx)nP(C6H5)2]2 Y where Y = CF3SO-3 or ClO-4, x = 2 with n = 1, 2...
Electroenzymatic synthesis often suffers from electrochemical reaction steps which proceed slower th...
A new sensor was developed for the analysis of phenolic compounds by coating the surface of a glassy...
A new sensor was developed for the analysis of phenolic compounds by coating the surface of a glassy...
The interaction of rhodium dimers, including the carboxylates (acetate, propionate, butyrate, triflu...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
A gold polycrystalline electrode modified with rhodium species was characterized by electrochemical ...
This data article contains the 1H Nuclear Magnetic Resonance (NMR), ultraviolet and visible (UV–vis)...