The high-resolution electrical motor made the movement of the stage with the sample.
This chapter presents the current state of GI high-resolution electrical mapping and corresponding computational modeling, presenting an improved foundation for applying engineering principles to investigate the processes and mechanics of digestion.
Nanosecond-resolution electrical measurements of the time-dependent melt depth and of the electrical resistivity of a buried Pt thin film thermometer permitted us to determine the solidification velocity and the temperature of the crystal/melt interface.
This software allows for the rapid analysis and generation of critical results from gastrointestinal high-resolution electrical mapping data, including quantitative analysis and graphical outputs for qualitative analysis.
Instead of vertical nanowire electrode arrays, Lieber and co-workers used the high-resolution electrical recording capabilities of field-effect transistors (FETs) to measure intracellular action potentials from cultured cardiomyocyte cells.
The use and distribution of this software package will greatly accelerate efforts to improve the understanding of the causes and clinical consequences of gastrointestinal electrical disorders, through high-resolution electrical mapping.
These resprouting neurites might reduce the gap between cochlear implant electrodes and their targeting SGNs, allowing for an improvement of spatial resolution of electrical stimulation.
An effective approach is required to improve the spatial resolution and electrical conductivity of printed graphene patterns for advanced graphene-based printed electronics.
However, the pharmacological methods (Silveira and Graeff, 1992; Freitas et al., 2009) lacked cellular specificity and high spatial resolution, while electrical stimulation (Lipp and Hunsperger, 1978; Lammers et al., 1988) could not exclude activation of fibers of passage.
High-resolution scanning electrical microscope (HR-SEM) and optical microscope (OM) were used to observe the thicknesses of the Al2O3 films and the distribution of blisters, respectively.
In response to this problem, high-resolution GI electrical mapping has been recently developed and applied to study slow wave propagation patterns, whereby spatially dense arrays of many electrodes have been simultaneously applied to the stomach and small intestine to define slow wave propagation characteristics in spatiotemporal detail.
