Our study shows that GBR bioactives increase bone density, which might be via the activation of zinc formation and increased calcium content, and that X-ray edge detection technique is effective in the measurement of bone density and can be employed effectively in this respect.
Tubular bells were employed effectively in Ernst von Dohnányi's Variations on a Nursery Tune (1914).
Finally, practical applications are given, where the proposed method is employed effectively in the solution of sine and seismic excitations.
The study demonstrates that Google Scholar can be employed effectively in EAP research offering us new insights into reporting practices in two disciplines, Applied Linguistics and Physics, which were chosen for comparison.
This report demonstrates how statistically designed experiments could be employed effectively in different stages of a NAb bioassay life cycle in order to characterize, optimize and stabilize the assay with added benefit of resource efficiency.
Taken together, our findings demonstrate that fractional calculus can be employed effectively in modeling complex behavior of materials in realistic 3D time-dependent problems if properly designed efficient algorithms are employed to overcome the extra memory requirements and computational complexity associated with the non-local character of fractional derivatives.
In summary, these results suggest that the simple formulas (11) and (13) (or (14)) can be employed effectively in determining the optimal values of frame sizes and termination time associated with the FSA protocol.
In addition, these two lasers can also be employed effectively in combination on difficult lesions, as reported by K. Vas et al., showing that sequential combined treatment with both dye and ND-Yag lasers is satisfactory for surgical scars.
Though labour-intensive, the method has been employed effectively to maximize arable land area in variable terrains and to reduce soil erosion and water loss.
Three-photon microscopy has been employed effectively with mice to image neural activity in deep areas of the brain without causing damage to brain cells.
