The mathematical tools used for systems characterization and stability analysis borrow from Input to Output Stability (IOS) theory and small gain theorems.
1H NMR, TGA, AFM, SEM, FTIR, UV Vis, cyclic voltammetry and conductivity measurements were used for the characterization of this system.
Transition time in chronopotentiometry is an important parameter, which is widely used for electrochemical characterization of various systems.
A vision-sensor-based system used for on-line characterization and monitoring of the effect of flow-jet-assisted electrochemical discharge micro-drilling on quartz glass is proposed.
The COMSOL multiphysics commercial software package is used for electrical characterization of the biosensor system in this study.
Due to this conjunction, it benefits from an arsenal of spectroscopy techniques that can be used for its characterization, while being a model system for the important family of Class A (also referred to as "rhodopsin-like") GPCRs.
Our yeast-based in vivo system may thus be used for functional characterization of variants with incomplete clinical data, since precise quantification of MLH1 variants is critical for effective early diagnosis and prognosis, as well as for genetic counselling of affected individuals.
This approach can be used for structural characterization of poorly behaving protein systems, and would be especially useful for structural genomics studies.
Time-of-flight secondary ion mass spectrometry (ToF-SIMS) is a chemical imaging technique, widely used for chemical characterization of organic and inorganic systems.
In this study, the TPX assay system was used for the reagent characterization and the measurement of C-reactive protein (CRP) in diluted plasma samples, targeting the assay range useful in infectious disease diagnosis.
