After we identified the set of divergent genes and their unique gene expression patterns, we set out to investigate their known biological functions, with the goal of elucidating how these genes coordinate the transition of the HL60 cells from the promyelocyte attractor into the neutrophil attractor.
Therefore, to facilitate predictions of the drug susceptibility of any HIV RT variant bearing any clinically known or hypothetical mutation pattern, we have set up a Web service to allow free public access to our model.
Here, we present in Table 1 the numbers of biclique patterns when we set p=2, q=4 and sup=5.
As the plasmid-borne GFP-fusion construct of full-length Bud3p efficiently restored haploid bud3Δ cells from a defective bipolar budding pattern to a normal axial budding pattern (Table 1), we set out to study whether some of the Bud3p truncation mutants could rescue the axial budding defect of bud3Δ cells.
We are learning that when we manipulate emotions too much with conscious cognitive control, either through cultural training or an individual pattern of suppression, we set up unhealthy patterns in the brain.
In addition, to discern which population(s) contribute more to the pattern, we generated three pairwise sets of FST-values: FST (CEU-YRI), FST (EA-YRI) and FST (CEU-EA).
To discriminate between the effects of incomplete lineage sorting and gene flow in setting this pattern, we estimated migration rates among species using both F ST -based estimators of gene flow, which assume migration-drift equilibrium, and a coalescent approach based on a model of divergence with gene flow.
We then assign to each pair of genes an edge weight w ij = C ij. Finally, since we are interested in the patterns of local correlation we set w ij = 0 whenever P ij = 0. Thus, we assign nonzero weights only to edges that are present in the corresponding PIN.
For all those samples showing instability-like patterns we genotyped a set of microsatellites in the lymphocyte fraction and their counterpart granulocytes.
To re-examine the role of NMDA receptors in pattern completions during memory retrieval, we set out to apply inducible and region-specific gene knockout methods that would allow us to restrict the NMDA receptor knockout to the recall phase.
