One approach for developing more rapid diagnostics involves incorporating the host response to infection as part of the diagnostic assay.
The proposed approach involves an implicit Eulerian formulation in an augmented space – called field space, which incorporates both velocity and electric fields into the configuration.
One approach involves using more than one risk model and a systematic calibration procedure is described for incorporating more than one risk model in a portfolio construction strategy.
The approach involves propagating an ensemble of ion trajectories through the device in real time under the influence of applied asymmetric potential, diffusional motion incorporating the high-field and anisotropic phenomena, and mutual Coulomb repulsion of ionic charges.
The use of ID-tag markers incorporated in the probes simplified sequence read-out in the current PathogenMip Assay, but a more forward looking approach involves refinement of the in-house barcode-chip hybridization piloted here.
A third approach involves the transplant of a previously evolved tRNA synthetase from E. coli and tRNA from Bacillus stearothermophilus into mammalian cells to site-specifically incorporate an unnatural amino acid [8].
One such approach involves "progressive neural networks".
The approach involves three steps.
The first approach involves blocking farnesylation.
The approach involves two steps.
