Similar to our initial effort, macro-particles are aggressively fragmented in phase space to probe for emerging kinetic features and aggressively merged, for economy, if interesting features fail to materialize.
The design closely followed the behavioural experiments, with the important difference that each participant now carried out a visual encoding phase that served to probe visual (forward) processing, and a subsequent recall phase used to probe mnemonic (backward) processing.
Such markers have proved useful in phase II trials to probe biological activity of a proposed therapy, gain mechanistic insights, guide features of therapy in ways that behavioural assessment cannot, inform the decision of whether or not to proceed to Phase III, or define a target population (Fleming et al., 1994; Milot and Cramer, 2008).
Here, we present a novel approach using synchrotron phase-contrast tomography to probe the physicochemical features of plant cell walls.
In this arrangement, both the signal and idler tones will be coherently down-converted to the same frequency Δ f = f s − f p. A variable delay shifts the phase of the pump signal, allowing one to probe the phase dependence of the signal and idler gains, that is the squeezing.
Altering the properties of the solution phase offers a means to probe and manipulate part of the 3D atomic structure around the active sites.
Phase contrast microscopy was used to probe the miscibility of PEOB/PCL blends.
Dielectric thermal analysis and dynamic mechanical thermal analysis measurements have been used to probe the phase structure of the blends and identify the glass transition temperature.
With beams of ions as heavy as Au and U, energies up to 45 GeV/nucleon and intensities up to 1012 ions per pulse, FAIR will enable CBM to probe the phase diagram of quantum chromo dynamics (QCD) in a region poorly known, while being complementary to current and future research programmes at RHIC and LHC.
In this study, a novel biophysical technique known as confocal reflectance interference contrast microscopy (C-RICM) in conjunction with phase contrast microscopy is utilized to probe the adhesion dynamics, contact mechanics and two-dimensional spreading kinetics of HepG2 cells on galactose immobilized and collagen gel coated substrates.
