Sensors Based on Electrophysiology Measurements
A special issue of Sensors (ISSN 1424-8220). This special issue belongs to the section "Chemical Sensors".
Deadline for manuscript submissions: closed (30 April 2021) | Viewed by 3799
Special Issue Editor
Interests: Membrane Biophysics, Electrophysiology, Biosensors, Pore Forming Proteins, Single Molecule Detection and Characterization, Transmembrane Transport, Synthetic Nanopores, Kinetic Exclusion Assay, Liposomes, Controlled Drug Delivery, Microgravity
Special Issue Information
Dear Colleagues,
The past two decades have seen an exponential growth in investigations focused on developing analytical devices inspired from measurements typical to a traditional electrophysiology setups. The working principles rely on the ability to measure tiny changes in the ionic currents through a conducting pathway created in a supporting membrane upon specific or nonspecific interactions with analytes of interest. The large interest in this technology was fueled by the promise of fast and reliable DNA sequencing. However, this principle was extended for a large variety of sensing applications in which the changes in ionic currents result from analyte translocation, specific binding to biorecognition elements included into or near the conducting pathway, or conductance modulation by intrinsic or introduced regulatory mechanisms. The goal of this Special Issue is to present recent advancements in this field that employ unregulated synthetic nanopores, wild-type or modified pore-forming proteins reconstituted into bilayer lipid membranes, and natural or artificial channels that include conductance regulation mechanisms upon exposure to physical or chemical stimuli. Original research articles and reviews that address the most recent advancements in sensing approaches identical or similar to an electrophysiology setup are welcome.
Prof. Dr. Daniel Fologea
Guest Editor
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Keywords
- biosensors
- electrophysiology
- ion channels
- pore forming proteins
- regulated channels
- synthetic nanopores
- conducting pathways
- patch clamp
- macromoleculetranslocation
- channel blockage
- single molecule detection and characterization
- resistive pulse technique
- stochastic sensing
- biorecognition
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