A gold nanotip array platform with a combination of ultrasensitive electrochemical sensing and spectroscopic monitoring capability is reported. Adenosine triphosphate is detected down to 1 pM according to the impedance changes in response to aptamer-specific binding. Furthermore, the local molecular information can be monitored at the individual plasmonic nanotips, and hence provide the capability for a better understanding of complex biological processes</span
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
With the increasing importance of personalized medicine and genomics, biosensors have received consi...
Nanoelectrodes have become widely used in electrochemical sensing in recent decades. When compared t...
A gold nanotip array platform with a combination of ultrasensitive electrochemical sensing and spect...
A controlled architecture of nanoelectrodes, of a similar size to small molecule-binding aptamers, i...
Nanopore ionic current measurement is currently a prevailing readout and offers considerable opportu...
International audienceGold microelectrodes decorated with nanotips were developed for spectroelectro...
Importance of precision diagnostics in healthcare has been ignited by the idea that early detection ...
A new method to increase the active area (A (act)) of nanoelectrode ensembles (NEEs) is described. T...
A new method to increase the active area (A (act)) of nanoelectrode ensembles (NEEs) is described. T...
Considering the increasing need for sensing elements that is emerging in different fields and applic...
A new method to increase the active area (A (act)) of nanoelectrode ensembles (NEEs) is described. T...
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
Nanoporous gold (np-Au) electrode coatings significantly enhance the performance of electrochemical ...
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
With the increasing importance of personalized medicine and genomics, biosensors have received consi...
Nanoelectrodes have become widely used in electrochemical sensing in recent decades. When compared t...
A gold nanotip array platform with a combination of ultrasensitive electrochemical sensing and spect...
A controlled architecture of nanoelectrodes, of a similar size to small molecule-binding aptamers, i...
Nanopore ionic current measurement is currently a prevailing readout and offers considerable opportu...
International audienceGold microelectrodes decorated with nanotips were developed for spectroelectro...
Importance of precision diagnostics in healthcare has been ignited by the idea that early detection ...
A new method to increase the active area (A (act)) of nanoelectrode ensembles (NEEs) is described. T...
A new method to increase the active area (A (act)) of nanoelectrode ensembles (NEEs) is described. T...
Considering the increasing need for sensing elements that is emerging in different fields and applic...
A new method to increase the active area (A (act)) of nanoelectrode ensembles (NEEs) is described. T...
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
Nanoporous gold (np-Au) electrode coatings significantly enhance the performance of electrochemical ...
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
Electrochemical sensors have been widely employed in diverse domains of electrochemical analysis, bi...
With the increasing importance of personalized medicine and genomics, biosensors have received consi...
Nanoelectrodes have become widely used in electrochemical sensing in recent decades. When compared t...