As described elsewhere, the Self-Assessment of Change questionnaire (available at http://www.selfassessmentofchange.org) was designed to systematically assess a broad range of shifts in well-being across CAM systems, therapeutic modalities, and conditions [ 12].
The concepts identified in Phase 1 were refined in Phase 2, reported here, in which we evaluated five versions of the questionnaire through in-depth cognitive interviews with individuals who had experienced a broad range of shifts in well-being following CAM and other mind-body therapies.
Since this small fragment is unable to properly account for all relevant interactions, it is associated with a broad range of chemical shifts and the uncertainty of the prediction is very high.
Assaying the prioritized hits against the high- and low-iron conditions (25 and 2.5 µM, respectively) yielded a broad range of IC50 shifts, including instances of a decrease in IC50 at the higher Fe(II) concentration tested, as well as several increases in IC50 of greater than 10-fold at the high Fe(II) concentration.
We have been able to highlight the profound influence of the template by drawing eclectically on a broad range of data sources, shifting constantly between 'zooming in' on the moment-by-moment detail of the consultation, and 'zooming out' to consider organisational practices (what Erickson has called the 'social microscope' and the 'social telescope').
The shifts for these samples (#7 and #8) were roughly linear with the applied external field and displayed both red and blue shifts within a broad range of applied voltages, depending on the field's polarity with respect to the particle's orientation.
We suggest that our empirically-based simulation modelling approach provides a useful framework to improve range shift predictions for a broad range of species, which is essential for the conservation planning of metapopulations under climate and landscape change.
The goal of our research program was to develop a measurement tool with acceptable participant burden that could be used to systematically assess a variety of shifts in well-being across a broad range of therapeutic modalities and conditions.
Although some parasitic lineages are highly host specific, many others have a broad range of potential host species (Fig 7), and host shifting is to be expected through the history of individual parasite lineages [ 1- 3].
Coherence-gated dynamic light scattering captures cellular dynamics through ultra-low-frequency (0.005 5 Hz) speckle fluctuations and Doppler shifts that encode a broad range of cellular and subcellular motions.
