A relatively reduced function within the PFC, on the other hand, would contribute to the choice-rigidity observed in inflexible subjects among DAT-i mice.
The dansyl group was utilized for the fluorescent probe as it has suitable spectral properties and its relatively small size would reduce the chance of steric effects.
At the two time points, because the TPM dose given to each patient became relatively stable, this would reduce variability of drugs received among patients, thus likely increasing statistical power of identifying differentially expressed genes and pathways.
The most important consequence would be that the relatively minor side effects would reduce adherence or lead to discontinuation, an effect that is indirectly included in our model (via reduced compliance).
The use of a relatively high fold change cutoff would also reduce the probably of finding such genes.
It would also reduce premiums for those people, predominantly young or relatively healthy, for whom the 2010 health care law has meant higher premiums or out-of-pocket costs.
The relatively short lengths of the individual sequences used would also reduce any phylogenetic signal and therefore concatenated sequences were used to improve resolution.
It could be argued that a relatively high FDR value would reduce the confidence in the individual significant transcripts.
We do not have a solid explanation for this observation, except for the fact that we obtained high tumour control rates (LC at 2 years of 86%) compared to several other studies, and consequently relatively few events which would reduce the discriminative power of any pretreatment test.
In our system, if the electrodes relatively move, the charges at their interface, (sigma _f), would virtually reduce, as the facing areas will be continuously changing.
