Articular congruence was verified before wound closure.
Occupational specialty congruence was derived by comparing preferred functions with the actual functions characterizing a given occupational specialty.
Commitment was built on the mutual benefits that would be realized if the collaboration project was successful, and congruence was generally high due to the negotiated collaboration agreement.
Two experiments demonstrated that crossmodal interference (i.e., temporal stimulus congruence) was larger for visual stimuli than for auditory stimuli, suggesting auditory dominance when performing temporal judgment tasks.
Finally, congruence was also found to be important with respect to taste descriptions, with verbal claims in line with surface pattern associations further enhancing product experience.
High congruence was also evident in the shared view of striving to create a technology infrastructure that would be beneficial to all collaborating partners for a long period of time.
Character congruence was measured through the consistency and retention index.
Minimal congruence was found among the HT-Y2H datasets, with Uetz et al. [1] and Ito et al. [2] not sharing any reported interactions (Figs. 1 and 5).
For example, the congruence was close to 100% between mpk4, cpr5, the MKS1 over-expressor, and pathogen or elicitor-treated plants.
The sequence types, MLVA profiles and spa-types were derived from the genomes sequences, clustered and subsequently congruence was calculated (Fig. 7).
By contrast, in the "why-place" task such congruence was lacking, and intention understanding must rely exclusively on the hand-object motor interaction.
