This paper reports the results of odor-, gas- and PM10 mass emissions and the dependence of odor levels on gas or particulate matter concentrations.
Taste is mostly a result of odor detection, so the recipes emphasize spice, texture and temperature, sensations that remain unimpaired even when smell malfunctions.
The main aim of the present study was to test whether the order of presentation of the odorants and the corresponding set of labels (verbal descriptors with or without pictures) would influence the results of a psychophysical odor identification test in 100 normosmic subjects (49 women and 51 men) and 100 patients with olfactory dysfunction (61 women and 39 men).
For all experiments, the performance of the bees was similar for both odors (1-nonanol vs. octanal within each group, before, during and after odor presentation: Wald test, p≥0.050 in all cases), so we pooled the results of the two odors (octane and 1-nonanol) in all figures and analysis (except in Figure 1 where results for the two odors are shown separately as an example).
The results show that deprivation of odor cues released by Ehrlich tumor-bearing mice reversed the behavioral, neurochemical and immune changes induced by cohabitation.
Taken together, our results suggest a complexity of odor coding rules even in a simple olfactory sensory system.
Furthermore, the high temperature accelerated urine hydrolysis and liquid gas mass transfer, resulting a remarkable increase of odor emissions from the urine solution.
Application of EA-impregnated gel to the pupal cases of untreated larvae did not result in odor aversion in adult moths (Figure 4, binomial calculation, N = 30, p = 0.20); nor did washing the pupal cases of larvae conditioned with forward-paired shock+odor result in a loss of odor aversion in adults (N = 31, p = 0.438).
Alterations in this glomerular activation map by attenuating a single input component are predicted to result in altered perception of odor quality that can give rise to either enhanced or reduced behavioral responses.
The results indicated that the incidences of odor ratings 1 5 were 71.9% and 81.0% in two seasons in the sampling area, and an open ditch for collecting industrial wastewater for feeding to the wastewater treatment plant was identified as the main odor source.
"The sensation does not result from the simple persistence of odor molecules," Dr. Pitovski said, "because normally, once you are away from the area of the odor, the smell disappears".
