For two-handed simultaneous menus, stroke pairs that are bilaterally symmetric or share the same direction are fastest.
Inversions had to share the same direction and 50% or more identity to be classified as shared.
Nevertheless, the observed statistical heterogeneity was more quantitative than qualitative because all estimates for study designs share the same direction.
Genes expressed differentially between early stages, as between both C-I and C-II and L-I and L-II also overlapped significantly and over 95%% of these genes shared the same direction of change, which likewise implies a shared mechanism for early growth and developmental patterning common to both tissue types.
If the recorded neurons shared the same direction preferences and had either overlapping or colinear RFs, correlated activity was present for both the coherent and the noncoherent motion of the stimulus, indicating that the neuronal responses were associated to the contours of only one of the components.
Genes expressed in both leaf and cotyledon tissues, and which demonstrated significant differential expression between both C-II and C-III and L-III and L-IV (genes that change in expression in anticipation of tissue senescence in both organs) were shown to have a significant overlap, and 99.0 % of these genes shared the same direction of change (up- or down-regulation) in both tissues.
In 1999, the complete sequence of chromosome 1 of Leishmania major was published and showed a remarkable feature of the gene organization in Leishmania, i.e. genes are grouped in large clusters sharing the same transcriptional direction.
how often is only one of the two alleles expressed? is there a genome wide bias towards expression of the paternal or maternal allele; and finally do genes that are nearby on a chromosome share the same direction of ASE?
For instance, to what extent is ASE tissue specific; how often does the direction of imbalance reverse between tissues; how often is only one of the two alleles expressed (mono-allelic expression or MAE); is there a bias towards expression of the paternal or maternal allele; and do genes that are nearby on a chromosome share the same direction of ASE?
And given the fact that most of them will probably be interested in sharing the same information via SMS — things like directions, their hours, and sales — it probably wouldn't be hard to fill most of their needs using a few template programs.
