We used the 25 RBP/region combinations from the motif discovery analysis to calculate the aggregate affinity scores.
Since different GRα isoforms might exhibit different binding affinities for each GC, the observed GR binding affinity is likely an aggregate affinity generated by multiple GR isoforms.
Assuming that different GRα isoforms may exhibit different binding affinities for each GC, the observed GR binding affinity or transactivation potency is the aggregate affinity or potency generated by multiple GR isoforms in these cells.
In surrogate cell types, the GR binding affinity and GR-mediated transactivation potencies for DEX, FA, or TA in are similar (1 - 5 nM), and represent the aggregate affinity or transactivation potency generated by multiple GRα and GRβ isoforms.
In aggregate, as affinity groups, they derive much greater yield from their behavior and micro-cast contract offerings than the rest of the marketplace – better resolution of information streams, increased economic clout, and the Darwinian favoritism of swarm resolution over less dynamic and more static problem solving.
Although in aggregate, the affinity of Brachyspira with Proteobacteria is quite strong, this affinity is spread out over a total of 70 genera.
DANIR 2c also has favorable optical properties (emission wavelength at 665 nm), a 12-fold increase in intensity upon mixing with A β aggregates, and excellent affinity for A β aggregates (Ki=37 nmol/L, Kd=27 nmol/L).
Or do we want an antibody that binds soluble Aβ or soluble Aβ aggregates with modest affinity so that the antibody can carry them to the periphery where they could dissociate and be degraded?
However, since PG14 PrP is aggregated the actual affinity would be higher, depending on the size of the aggregates (e.g. Kd = 0.1−0.2 nM for decamers).
What people call filtering is the contouring of dynamic systems to reflect the aggregate gestures of affinity groups.
