By an adaptation of the developed techniques, a solution is also provided for the problem of generalized asymptotic regulation with suboptimal transient response.
Controllers that solve the generalized asymptotic regulation problem are also parameterized in terms of the suitable solutions of the differential regulator equation and some free parameter-dependent matrices that are to be designed off-line to ensure stability.
A multi-objective controller synthesis problem is considered in which a set of generalized asymptotic regulation constraints are to be satisfied while also guaranteeing a desired level of performance measured in terms of the asymptotic variance of a performance output in response to a white noise random process with zero mean and identity covariance matrix.
After clustering the genes into six groups based upon similar responses to a set of mutations (i.e., co-regulation), there were 360 (60×6) summarized data points, all of which needed to be reconciled in the context of a generalized gene regulation model.
The flexibility of TIGER's generalized rule format allows for a more accurate description of biological processes such as catalysis by isozymes and multi-meric proteins, metabolic flux control, and transcriptional regulation.
The cross stress comparison of the complete set of DEGs corroborated and highlighted the generalized down-regulation of the protein synthesis machinery, in particular of genes encoding translation factors, RNA binding and processing proteins, regulation of translational fidelity, ribosomal proteins and ribosome biogenesis and assembly genes.
Further psychometric evaluation of the SSRQ is necessary, however, to further establish its validity and utility as a measure of generalized self-regulation capacity.
It has been suggested that generalized up-regulation of central responsiveness to aversive stimulation may constitute a pathophysiological mechanism contributing to myofascial pain in TMD patients [9, 20].
We observed a generalized down-regulation of genes involved in the control of cell cycle (Tables S1 and S2), including H2AFZ and H2AFX, two members of the histone family H2A, cyclin E2, and Histone deacetylase 1 (HDAC1), which play an important role in both transcriptional regulation and cell cycle progression [18].
The decrease in H3K4me3 and H3K79me2 on CCAAT promoters could in theory be due to a generalized down-regulation of these marks in Ad-YA-DN-infected cells; similarly, the disappearance of NF-YB from promoters could be the result of inhibition of NF-YB mRNA synthesis by promoter interference of the YA-DN.
