In a previous study [ 1], we developed a categorization algorithm for health resources included in a quality-controlled health gateway called CISMeF (acronym of Catalogue and Index of Medical On-Line Resources in French) [ 2].
Processes which had more than one transcript associated with it were included in this categorization.
Moreover, the findings included in the categorization of ABPA-CB-ORF were all changes representing the fibrotic stage of the disease.
Only homes with one dog were included in the following categorization schemes for assessing hypoallergenicity.
We also included a categorization task in the current study in order to test whether the motor cortex affects categorical perception of "ba"–"da" continuum.
Thus, data from 19 participants were included in the analysis of the categorization task (n = 19, 5 males, mean age of 21.9 ± 4.95 SD), and data from 17 participants were included in the analysis of the discrimination task (n = 17, 5 males, mean age of 22.2 ± 5.03 SD) in the hand experiment.
Thus, data from 20 participants were included in the analyses of the categorization task (n = 20, 7 males, mean age of 21.85 ± 3.53), and data from 18 participants were included in the analysis of the discrimination task (n = 18, 6 males, mean age of 22.0 ± 3.66 SD) in the lip experiment.
The variables included in the model and their categorizations are: - Health status: VAS value, measured from 0 ("worst imaginable health state") to 100 ("best imaginable health state").
CCS groups are already included in the HCUP datasets, but the categorization software is available from HCUP and applicable to other platforms, enhancing the generalizability of this algorithm.
The examined markers were included in the final model using the categorization: alphaB-crystallin (strong positive, weak positive vs. negative), p53 (positive vs. negative) and BRCA1 (positive vs. negative).
