Annotation
Topics in Number 52 include: ʺ Monitoring of cellular dynamics with electrochemical detection techniques ʺ Fundamental studies of long- and short-range electron exchange mechanisms between electrodes and proteins ʺ Microbial fuel cell scalability and applications in robotics ʺEl…
Plant Electrophysiology: Signaling and Responses
Biomembrane electrochemistry
by Blank, Martin, Vodyanoy, Igor
fromAdvances in chemistry series (En ligne)
"The fundamental membrane processes of living cells are electrical in nature. Each process involves charge movement in a specialized protein structure, where part of the protein forms a channel for the conduction of ions. A 5-year program initiated by the Office of Naval Researc…
Biomembrane electrochemistry
by Blank, Martin, Vodyanoy, Igor
fromAdvances in chemistry series
Biomembrane electrochemistry
by Blank, Martin, Vodyanoy, Igor
fromAdvances in chemistry series
Biomembrane electrochemistry
by Blank, Martin, Vodyanoy, Igor
fromAdvances in chemistry series
The fundamental membrane processes of living cells are electrical in nature. Each process involves charge movement in a specialized protein structure, where part of the protein forms a channel for the conduction of ions. A 5-year program initiated by the Office of Naval Research…
Biomembrane electrochemistry
by Blank, Martin, Vodyanoy, Igor
fromAdvances in chemistry series
The fundamental membrane processes of living cells are electrical in nature. Each process involves charge movement in a specialized protein structure, where part of the protein forms a channel for the conduction of ions. A 5-year program initiated by the Office of Naval Research…