Using ANOVA, day-to-day as well as experimenter-dependent variances were found to contribute strongly to the variance, while dye and culturing contributions to the variance were relatively modest.
For both sites, bone and bone powder sub-sampling were found to contribute significantly to variance in molecularly identified family assemblage, while the contribution of library preparation and sequencing was almost negligible.
In a mouse endotoxemia model, nonhematopoietic cells were found to contribute only about 50% of the TF-dependent activation of coagulation with modest contributions by endothelial and vascular smooth muscle cells (24).
Twelve states were found to contribute to pollution in states further downwind, but those include New York and Pennsylvania.
These measurements were summarised into hierarchical deformation mechanisms, which were found to contribute at varying strains.
The mass transport resistances and unfolding kinetics were found to contribute to the sample-solvent effects.
Age and ethnic group were found to contribute differently to ethnic identity and ego identity status.
The interactions between the five variables were found to contribute to the response at a significant level.
However, no interactions between the three variables were found to contribute to the response at a significant level.
Hence differing molecular features were found to contribute to the associative and dissociative processes, mimicking naturally occurring reactions and giving rise to a decoupling of these kinetic parameters.
In addition, linker 2 residues 120 128, Li2120-128, were found to contribute to activity in a non-essential way (Fig. 2).
