The mounting device has been used to hold a range of probes in a number of different animal models of intensive care including studies of brain death, traumatic brain injury, and sepsis.
Activity coefficients and interaction parameters for a range of probes have been measured and allow us to determine the nature and origin of the thermodynamic interactions in the systems.
Due to differences from the target species, such as sequence divergence, non-target transcripts will exhibit a range of probe hybridization efficiencies that cause technical variation in hybridization intensities.
Figure 3 illustrates the performance curves for Splitter with and without normalization over a range of probe intensity threshold values (see Methods).
A range of probe dependencies have been observed for synthetic CCR5 ligands: from compounds that block chemokine binding but not HIV-1 gp-120 binding to compounds that block HIV-1 binding but partially spare CCR5 function through chemokine signaling.
We have now completed many exhaustive attempts at detecting a GM-CSF siRNA in the silenced lines using various T cell preparations at different stages of blast cell transformation, using a range of probes and have failed to find such an RNA anywhere in the GM-CSF locus (data not shown).
We show that mechanically induced calcium signaling in the endothelial networks is dynamically regulated against a wide range of probing forces and repeated stimulations.
The possibility of linking molecules to the probing tip provides a range of options to probe molecular interactions between the probe on the AFM cantilever and the sample surface (48, 49, 50).
These sampling strategies are applied to whole three-dimensional organs, well-defined fragments of organs, and ultimately to two-dimensional sections interrogated using a range of stereological probes including points, lines, curves, frames, and optical and physical disectors.
Since most bacterial species exhibit a range of variability, probe specificity is inevitably limited.
