The method we developed is useful to create VR and stereolithograph 3D models from medical images and can be used to model hard or soft tissue in living or preserved specimens.
The model developed is useful for investigating and simulating existing tertiary units, but in its current form cannot be used for general design guidelines for new designs.
These results indicate that the photocurable material developed is useful as an in vivo insulator material for autonomic nerve activity recording.
The comparison shows that the statistical two-scale computational method developed is useful for determination of the heat transfer properties of porous materials and demonstrates its potential applications in actual engineering computation.
Overall, the theoretical method developed is useful and could provide fast real-time analysis for a downhole capacitance sensor.
The resource we have developed is useful because all the data associated with the disease of interest (SNPs, genes, variants and articles) are collated into a single source.
Our data shows that the algorithm we have developed is useful in sorting between direct and indirect targets of a transcription factor.
Such collaboration would have the benefit of ensuring that the methods developed are useful for decision makers.
Some cell-permeable fluorogenic probes developed are useful for the detection of ROS while in conjunction with horseradish peroxidase (HRP).
In summary, we could show that all three viruses developed are useful for fast screening of inhibitors of HCMV infection.
