Therefore, our implied methodologies allow us for using the different sample sizes.
The use of powerful high-throughput sequencing methodologies allowed us to elucidate the extent and character of repetitive element transcription in maize cells.
These methodologies allow us to look at a more diverse spectrum of wind events including non-stationary, non-synoptic winds and their impact on buildings and structures.
The current technology and the developed methodologies allow us to distinguish exogenous sequences that are not present in the human genome that are 95%to99%9% homologous to MMTV [ 32].
These different methodologies allowed us to analyze the binding to linear epitopes (PepSet™), as well as the binding between two molecules in their steric configuration (SPR).
Our methodology allows us to evolve networks in silico using various selective pressures, which we apply to the analysis of clocks evolved to be either autonomous or phase locked.
This study of youth alcohol social norms in Australia will use respondent-driven sampling (RDS) as this methodology allows us to examine the interconnections and interactions between individuals and their social networks.
Since we are using ARDL technique for estimating the error correction model, this methodology allows us to get super consistent results even in a short span of time.
This methodology allows us to thoroughly analyse different configurations.
The current methodology allows us to entrap metal nanoparticles throughout hydrogel networks via PVP chains.
