We tested the hypothesis that emitted elements from geothermal power plants would be enriched in both plant tissue and soil close to the power plants with consequences for plant health.
We report on the construction of a luminescent transgenic C. elegans strain and have tested the hypothesis that light emitted by living C. elegans is a reflection of its ATP pools.
Our results are consistent with the hypothesis that the energy emitted after laser excitation is based on the phenomenon of silver (or gold) local surface plasmon resonance (Willets and Van Duyne, 2007) and not metallic reflectance or fluorescence.
The results of statistical analysis, which was employed to identify the components of the emitted gases from the mass-spectrometry data, argue against the hypothesis that considerable amount of CH3 could be present in the emitted gases.
New research supports the hypothesis: Scientists studied the sound waves emitted by the stormy surfaces of 102 stars to estimate their radii and in turn judge the sizes and orbits of their planets.
In this study, we evaluated the cellular effects of carbon nanoparticles believed to emit photoacoustic waves due to nanosecond-pulse laser activation to test the hypothesis that this method could achieve efficient intracellular delivery while maintaining high cell viability.
Additionally, we tested the hypothesis that methanethiol, dimethylsulfide and dimethyldisulfide are only emitted after larval infestation.
Given the low sound pressure levels of infrasound emitted from wind turbines and the ubiquitous nature of these sounds, the hypothesis that infrasound is a causative agent in health effects does not appear to be supported.
These data as well as data from other labs [ 22- 25] support the hypothesis that tumor-derived signals stimulate the bone marrow to produce and emit cells that promote tumor progression.
Our results are not easily reconcilable with the hypothesis of Brady and Rowell (1986), that is, charged particle bombardment emitted at fracture, or fractoemission, excite the nitrogen molecules in the surrounding atmosphere.
The present study does not support the hypothesis that chronic exposure to high-frequency electromagnetic fields, similar to those emitted by mobile phones and base stations promote neoplastic development in the hematopoietic system in genetically predisposed mice.
