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A concentration-dependent binding displacement was observed using human tissue samples for both cold competitors.
Binding displacement was observed in competition experiments with different NET ligands FMeNER-D2 and Me@HAPTHI in a concentration-dependent manner.
Similar(58)
Displacement of photoreceptor nuclei in the photoreceptor inner segment layer was sometimes observed.
These experiments were performed using 5 different RA synoviocyte samples derived from the 5 different RA patients, and ARG098 binding and displacement was observed in all experiments.
While no displacement was observed with Chrysamine G, significant displacement of [18F]-9 specific binding was observed in the presence of unlabeled PiB and IMPY, suggesting that radiotracer [18F]-9 binds to the same high affinity site on AD homogenates.
Central loading resulted in the smallest displacement, and almost no displacement was observed.
The least displacement was observed during central loading.
No movement displacement was observed during Imag and Block.
Together, a decrease in streptavidin displacement was observed.
When either residue was replaced individually no change in streptavidin displacement was observed.
A residual displacement was observed even when the tissue has cooled down.
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