Microdialysis enables obtaining local information on energy metabolism in vivo in any tissue by introducing a probe directly into the region of interest [ 10].
A deep hole or oblique hole diameter measuring system was introduced, a cylindrical capacitive probe with effective measurement electrode was adopted to measure the diameter by measuring the clearance between the probe electrode and the measured hole, and it has no measurement force by measuring in non-contact mode.
Recently we have introduced a novel Kelvin probe based approach for spatially highly resolved and highly sensitive measurement of hydrogen in materials and its permeation through materials.
Fakih et al. introduced a fluorescein-based probe, SF34, with a 3-hydroxy-4-one Fe3+ chelating unit.
Here we introduce a chemical probe, based on a water-soluble phosphine warhead, which reacts with the crotonyl modification.
Using [C]-labeled formaldehyde, we have used reductive methylation chemistry to introduce a spectroscopic probe into the active site at the β3 strand lysine of a model kinase.
In order to screen for potential copy number changes at a greater number of loci simultaneously, we have introduced a novel scheme for probe generation, and developed the MAPH technology to use probe sets in a four-fold multiplex, here termed "QuadMAPH".
Selinger et al. [ 32] introduced a high-density oligonucleotide probe array for E. coli that not only carries strand-specific probes for all mRNA, tRNA, and rRNA regions, but also covers intergenic regions of >40 bp.
This paper introduces a new probing system using a wire-based probe and acoustic emission (AE -based sensing method.
The padlock probe [11] introduced a novel concept of using a one-primer system for DNA target detection, based on ligase probe circularization and Rolling Circle Amplification (RCA) [12], [13].
