'numerous outputs' is a grammatically correct phrase and can be used in written English.
It is typically used to refer to a large number or a variety of results, outcomes, or products. Example: The new software program has numerous outputs that make it an efficient tool for data analysis.
ARNTL forms heterodimers with CLOCK and NPAS2; these complexes function as transcription factors that drive rhythmic expression of numerous output genes including their own repressors, PERS and CRYS [63], [64].
It generates numerous output scenarios by repeatedly picking random samples from an uncertain variable based on probability distribution.
Biological models typically contain numerous output metrics resulting from large sets of coupled equations, and complex covariance patterns often exist between the outputs.
Choosing the measurements to make in order to constrain biological parameters thus requires sensitivity analyses and parameter fitting methodologies that can take numerous output variables into account simultaneously and evaluate the impact of parameter value perturbations on the entire model system.
Cuffdiff reports numerous output files containing the results of the differential analysis of the samples, including genes and transcripts expression level changes, familiar statistics such as log2-fold change, P values (both raw and corrected for multiple testing), and gene-related attributes such as common name and genome location.
Numerical outputs: numerous criteria are proposed to assess the quality of the analysis in integrOmics.
The purpose of this study was to develop a position decoder circuit (PDC) with a capacity to output the digital address and analog pulse of one interacted channel from numerous PET outputs.
integrOmics provides not only various frameworks to efficiently analyze highly dimensional data but also numerous graphical outputs to guide the interpretation of the results, as illustrated in the next sections.
In contrast to the present estimator, it depends on reliable estimates of the entropy rate of the signal and the noise in the output, requiring data sets with numerous input-output realizations.
Understanding how these functional elements are controlled by different protein regulators to yield numerous, diverse phenotypic outputs is essential to advance our knowledge of genome regulation and function.
