SEPs and somatosensory maps were measured twice within one session and again after 8 days of rest.
Using look-up maps different problems arise, being one of the most important the difference in heat transfer between the current operating condition and the conditions at which maps were measured.
Action potential (green) and calcium (orange) vortex waves and elastic deformations (red-blue) and respective phase maps were measured on the contracting epicardium using multi-modal, multi-parametric (tri-modal) fluorescence imaging (voltage-sensitive dye di-4-ANBDQPQ, calcium-sensitive dye Rhod-2AM).
As illustrated in Figure 5, the local resistance maps were measured in the same region at 2, 6, and 10 V, respectively.
Fluorescence intensity maps were measured with a Nikon Eclipse Ti inverted wide-field microscope (Tokyo, Japan) equipped with Andor iXon Du-888 EMCCD (Belfast, UK) with a dark current 0.001 e-/pix/s at −75°C.
Cardiac output, heart rate and MAPs were measured as Pi was sequentially raised from 0.058±0.003 kPa up to a maximum of 0.322±0.011 kPa.
CBF, T1 and T2 relaxometric maps were measured each with the exact same geometry for a 1.5 mm thick slab centered at the bregma as the operational definition of the central MCA territory.
An ideal experiment would be one where the retinotopic and orientation maps are measured with single cell resolution along with a reconstruction of the X retinal ganglion cell mosaic from the contra-lateral eye in a region representing the same location of visual space.
Quantitative diffusion maps were measured using magnetization-prepared TurboFLASH as modified by Thomas and coworkers [ 35].
After localizing the colorant, elemental analysis and their distribution maps were measured by an energy-dispersive x-ray spectroscopy using Quantax 70 (Bruker AXS Microanalysis GmbH, Berlin, Germany).
