This paper describes the development of a Multi-Electrode Array (MEA) with Guided Network for Cell-to-Cell Communication Transduction using a standard integrated circuit (IC) fabrication process. Unlike conventional electronic system, bio-system requires a special handling environment that is uncommon in conventional IC technology. The work presented here demonstrated the interaction between electrically active cells such as neuron and cardiac cells and an IC based system. Through a carefully designed array, and ionic action of a cell, extracellular signals can be captured and imaged. ? 2006 IEEE.EI
Signal degradation and an array size dictated by the number of available interconnects are the two m...
AbstractMicrofabrication techniques and, in particular, complementary-metal-oxide-semiconductor (CMO...
We are developing a cell-based bioelectronic glucose sensor that exploits the multi-parametric sensi...
The investigation of complex communication in cellular networks requires superior measurement tools ...
Understanding the intercellular communication processes and applying the knowledge on technical devi...
To cope with the growing needs in research towards the understanding of cellular function and networ...
Nano- or microdevices, enabling simultaneous, long-term, multisite, cellular recording and stimulati...
Non-invasive and reliable communication with electrogenic cells is comprised of several techniques f...
none4In recent years, increasing knowledge about in vitro cell handling and culturing has encouraged...
Living cells contain a whole set of intracellular information networks, including signal transductio...
This paper describes a planar array of microelectrodes developed for monitoring the electrical activ...
The focus of this work was to investigate the bioelectronic interface between electrically active ce...
Microelectrode arrays (MEAs) are state-of-the-art devices for extracellular recording and stimulatio...
Multielectrode arrays (MEA) have been widely used for the analysis of intercellular communication in...
Microelectrode arrays (MEAs) are state-of-the-art devices for extracellular recording and stimulatio...
Signal degradation and an array size dictated by the number of available interconnects are the two m...
AbstractMicrofabrication techniques and, in particular, complementary-metal-oxide-semiconductor (CMO...
We are developing a cell-based bioelectronic glucose sensor that exploits the multi-parametric sensi...
The investigation of complex communication in cellular networks requires superior measurement tools ...
Understanding the intercellular communication processes and applying the knowledge on technical devi...
To cope with the growing needs in research towards the understanding of cellular function and networ...
Nano- or microdevices, enabling simultaneous, long-term, multisite, cellular recording and stimulati...
Non-invasive and reliable communication with electrogenic cells is comprised of several techniques f...
none4In recent years, increasing knowledge about in vitro cell handling and culturing has encouraged...
Living cells contain a whole set of intracellular information networks, including signal transductio...
This paper describes a planar array of microelectrodes developed for monitoring the electrical activ...
The focus of this work was to investigate the bioelectronic interface between electrically active ce...
Microelectrode arrays (MEAs) are state-of-the-art devices for extracellular recording and stimulatio...
Multielectrode arrays (MEA) have been widely used for the analysis of intercellular communication in...
Microelectrode arrays (MEAs) are state-of-the-art devices for extracellular recording and stimulatio...
Signal degradation and an array size dictated by the number of available interconnects are the two m...
AbstractMicrofabrication techniques and, in particular, complementary-metal-oxide-semiconductor (CMO...
We are developing a cell-based bioelectronic glucose sensor that exploits the multi-parametric sensi...