An advanced architecture is also proposed involving the adaptive combination of multiple filters on the nonlinear branch.
Although biologically relevant filters can dramatically increase the specificity of cis-regulatory element predictions, there may be a loss in sensitivity with the use of multiple filters, so it is recommended that a researcher assess results based on one filter before incorporating additional filters.
Fluorescence imaging involves no additional animal treatment but instead requires an external excitation source and multiple filters to obtain a spectrum of the light emitted which can compromise the sensitivity as there is a relatively high level of background-emitted light.
Here we present XSAnno, a computational framework that integrates previous approaches with multiple filters to improve the accuracy of inter-species transcriptome comparisons.
The gradual combination of multiple filters showed a dramatic reduction of the number of genes in each step (Table 1, Figure 2).
This remains the primary technique for finding quasars, although it has evolved over the years with the replacement of film by electronic charge-coupled devices (CCDs), the extension of the surveys to longer wavelengths in the infrared, and the addition of multiple filters that, in various combinations, are effective at isolating quasars at different redshifts.
Multiple targets are tracked by means of multiple filters, and interaction among them is modeled through a 3D blocking scheme.
The use of contour modes, whose frequencies are set by lithographically defined dimensions, permits the fabrication of multiple filters at arbitrary frequencies on the same chip.
Snapchat, the popularity of which relies massively on its multiple filters, encourages zero filtering in terms of the content produced by users.
Using multiple filters, they detected AE ratios of ± 0.05 deviation from unity, confirming pervasive cis regulation.
