Carbon Nanopipettes and Cellular Probes
Our laboratory contributes to the development of carbon nanopipettes for high-precision probing and manipulation of individual cells. These nanoscale tools allow for minimally invasive measurements of ion concentrations, intracellular fluid dynamics, and electrical activity. This research enables advancements in single-cell analysis, drug delivery, and neurobiological studies.
2015 Carbon Nanopipette Electrodes For Dopamine Detection In Drosophila
2015 Carbon Nanoelectrodes For Single-Cell Probing
2014 Electrical Detection Of Cellular Penetration During Microinjection With Carbon Nanopipettes
2009 Single Bead-Based Electrochemical Biosensor
2009 Cell Electrophysiology With Carbon Nanopipettes
2009 Carbon-Based Nanoprobes For Cell Biology
2008 Carbon Nanopipettes For Cell Probes And Intracellular Injection
2008 Carbon Nanopipettes Characterize Calcium Release Pathways In Breast Cancer Cells
2007 Induction And Measurement Of Minute Flow Rates Through Nanopipes
2005 The Fabrication Of Integrated Carbon Pipes With Sub Micron Diameters