Cell-free production of G-protein coupled receptors is becoming attractive for biochemical characterization, ligand screening or even structural purposes.
That is why evanescent waves are very attractive for optical characterization with subwavelength resolution.
This unicellular model organism has become even more attractive for the characterization of phenotypic plasticity as several epigenetic mechanisms have been described that allow differentiation of lineages into different cell states, which are reminiscent of developmental differentiation processes in multicellular organisms.
The advantages of requiring just a single set of simulation results, scalability to the proper parameter errors, and straightforward calculation of the composite sensitivities make the proposed analysis attractive for guiding site characterization, injection well design, estimating Area of Review uncertainty and, and monitoring network design.
High-performance size exclusion chromatography (HPSEC), especially with organic carbon detector (OCD), has proved to be an attractive option for NOM characterization, due to its ease of operation, its ability to detect any type of organic carbon bonded species, and also its simplicity of sample preparation and requirement for minimal sample volume (Lai et al. 2015; Hidayah et al. 2016).
With the continuous improvement in instrumentation and data analysis software, top-down MS is becoming a highly attractive method for the characterization of proteins [ 16– 216.
Only Pc22g14600 belongs to the ABC-G transporters cluster [ 17] that also includes Pdr12, which makes Pc22g14600 a very attractive candidate for further characterization.
Moreover, several genes of unknown functions with predicted high expression levels may be attractive candidates for experimental characterization because we assume that they have important functions in those organisms.
The major QTL for leaf length:width ratio of linkage group X was consistently identified in two greenhouse experiments, confirming it as a major effector for leaf lamina shape variation in a controlled physical environment and an attractive candidate for downstream characterization.
The radius of gyration tensor provides an attractive choice for NP shape characterization and this quantity is often employed in the shape characterization of synthetic and biological macromolecules such as DNA and proteins.
