The percentage of GC B cells, characterized by Fas expression and peanut agglutinin (PNA) binding, was much higher in the stomach (21.2±8.6%, n = 5) than in the spleen (2.2±0.9%, n = 3; P<0.01) (Figure 4A).
The observed thickness reduction mainly for the GaN QW can be explained by the following [23, 24]: (i) the Al-N binding energy is much higher than the Ga-N binding energy, (ii) the exchange between the Ga atoms of the QW and the Al adatoms of the barrier is thermally activated, and (iii) the strain in the GaN QWs influences the Al-Ga exchange mechanism.
Resolution in the initial mapping of the binding regions is much higher for ChIP-seq when compared with ChIP-chip.
We found that ETS DNA-binding activity is much higher in diabetic cells.
This translates in an apparent binding strength that is much higher and is the most probable reason why POM2 and POM12 are among the most sensitive antibodies of our series in most assays tested.
About half of the auxin-activated ARF6 binding regions had both core AuxRE (TGTC) and the E-box motifs within the ±100 base pairs around the binding site, which is much higher than random expectation (only 9%).
(B ) In the wild-type state, CLOCK BMAL1 tandem heterodimers bind to tandem E-box sites in the regulatory regions of the Per and Cry genes and interact cooperatively to enhance binding affinity which is much higher than USF1 affinity.
The union of the AR binding regions containing one of these two motifs is 1,808 AR binding regions, i.e. 27.3% of AR binding regions, (1,808/6,629), which is much higher than the number of mapped AR binding regions by the known canonical AR motif from the Transfac database.
We therefore conclude that the sensitivity of their ATP binding linker for ATP is much higher than an electrostatic interaction of ATP with the histidine at position 148, making their sensor better suited for the analysis of the intracellular distribution of ATP concentrations in living cells.
In contrast to the MotAB motor, however, accelerations and decelerations of motor rotation are more frequently observed in the MotPS motor (Fig. 3b, left panel), indicating that the dissociation rate constant of the MotPS stator from its binding site on the motor is much higher than that of the MotAB stator.
