Sentence examples for utilizing the area of from inspiring English sources

Amplitude of the CMAP was measured from baseline to negative peak and the threshold tracking target set to 40% of the maximum, utilizing the area of steepest slope of the stimulus response curve.

Studies of wild mammals have used radio telemetry to produce a measure of how much home ranges overlap and how often the two animals in question are found utilizing the area of overlap (Utilization Distribution Overlap Index, UDOI) and used this as a proxy for observing direct contact.

Other large plains animals, including the mountain zebra, may have once sporadically utilized the area for grazing during periods of excess rainfall, but human interference (including fencing off portions of land and hunting) have eliminated or significantly reduced the movement of these animals in the area.

In our study we utilized the area 500 bp upstream of TSS as no peaks are seen upstream of the -500 bp region up to -10 kb interval (Additional file 1: Figure S1).

The performance of the designed networks is quantified through experimentation where we use two modeling benchmarks already commonly utilized within the area of fuzzy or neurofuzzy modeling.

Alex Bogusky, partner and executive creative director of CP+B, stated that BK decided "to create a dialogue with the consumer" by utilizing the large areas of white space found on its packaging at the time.

Emphasis is placed on deriving explicit conditions on the system parameters that will lead to forms of the evolution equations which can be studied in detail, by utilizing results from the area of dynamical systems.

Interactive genetic algorithm can communicate with users and consequently be affected by user feeling and is utilized in the areas of artistry and design (Nakanishi 1996a,[b]; Ohsaki et al. 1998; Takagi 1998).

Micromixers have been commonly utilized in the areas of biotechnical engineering, analytical chemistry, medical industry, and high-throughput synthesis because biological processes generally involve complicated chemical reactions that require useful reactant mixing for initiation.

The Particle Filter algorithm is an appropriate framework to handle non-Gaussian movement, the biological constraints are used to decrease the computational complexity and improve the accuracy of tracking the crabs' pathways and a biological probe is utilized to determine the area of movement.

This operated only on the periphery of the tumor, after which an automated peak search function was utilized to delineate the area of the fluorescent tumor.