The model is built on our current understanding of helminth epidemiology [7], [9], [10], [14], [16], [37], [38], [39] and its outputs are consistent with the re-infection time-scales observed in comparable field studies [29], [30].
Notice that, according to the fingerprint definitions, searches are possible only in public and comparable fields, i.e., private fields cannot be used to verify if a tuple matches a template and are always used as undefined fields on the template.
Nearly three quarters of the 43 items listed in the traffic light system had comparable fields in the FEVER study.
The approximate two-fold increase in the size of core fields of human cortex with respect to comparable fields in the macaque [55] suggests that the frequency-specific activations observed in the current study similarly include contributions from both core and belt fields.
LTP was induced by delivering 2 trains of only 0.5 s of high frequency electrical stimulation (100 Hz, 200 μs/pulse, 10 s intertrain interval) also applying the stimulus amplitudes that elicited ~30% of maximal synaptic response as determined from input/output curves (intensity values which elicited comparable field responses in all experimental groups).
If the answer is positive, then the likelihood of finding referential information as to what the course of action was in similar reservoirs can be investigated; if, on the other hand, the reservoir under evaluation turns out to be an exceptional case with no comparable field conditions in EOR, care must be exercised to avoid excessive risk in the application of an EOR process.
With the advent of prepolarization methods and detection schemes using atomic magnetometers or superconducting quantum interference devices, interest in NMR in fields comparable to the Earth's magnetic field and below (down to zero field) has been revived.
We detected response signals of up to 20% intensity change, which is about 4 times higher than in comparable experiments using wide field imaging.
Furthermore, extracellular recordings in the visual cortex demonstrated that transcallosal and corticotectal neurons in the primary visual area have comparable receptive field properties in both genotypes (Lemmon and Pearlman 1981; Simmons and Pearlman 1983).
