A drug effect on the system can be modelled as a parameter perturbation, i.e., modifying a component's rate of synthesis, degradation, or interaction with other elements in the network.
Alternatively, as suggested by the referee, it is possible that limited modifications of transporters encoded on the endosymbiont genome might modify a pre-existing molecular component to sustain essential exchange of metabolites.
We have modified a two-component system described previously (Cong et al., 2013; Dahlem et al., 2012; Jinek et al., 2012; Mali et al., 2013), in which the crRNA and tracrRNA are fused into a single synthetic guide RNA (sgRNA) to efficiently create targeted mutations in the Drosophila yellow and white genes by direct injection of Cas9 mRNA and an sgRNA into the embryo.
Predictably, modifying an essential component of a protein network, such as its hub, with an ancient construct is most likely to cause the modern organism to be maladapted when the ancient hub is not functionally equivalent to the modern hub.
This paper tries to modify an existing sparse principal component procedure to accommodate the measurement error setup.
Here we show that, without modifying any component of a typical SPIM setup, we can perform a multimodal acquisition that integrates the high-resolution SPIM fluorescence data with optical tomography, purely based on bright-field contrast.
Its embedding algorithm hides a watermark bit in the low low (LL) subband of a target non-overlap block of the host image by modifying a coefficient of U component on SVD version of the block.
Using 3D-GradCAM, our framework can identify difficult-to-manufacture features, which allows a designer to modify the component based on its manufacturability and thus improve the design process.
To demonstrate the potential of a DETF strain gauge, we bond silicon substrates with gauges to a modified automotive halfshaft, a component which is difficult to monitor due to its high stiffness and structural strength, enabling real-time monitoring of wheel conditions.
