A growing hypothesis concerns the effect of the duration of exposure to obesity that might explain the differences in the relation with metabolic outcome as would indicate life course studies [ 14].
Rows (c) and (d) refer to the learning by growing hypothesis.
One possible explanation, for which other support has been growing, is the hypothesis of DNA elastic breakdown at high curvature [72], [73], [81].
We thereby add to a growing list of hypotheses for the function of cytoplasmic bridges, such as assuring synchronous cell division, nutrient transport, or avoiding conflict between the father and its sperm (reviewed in [ 44, 45]).
However, growing evidence sustains the hypothesis of reactive oxygen species overproduction-mediated toxicity during hyperoxia, thus exacerbating organ failure by various oxidative cellular injuries.
There is growing consensus that the hypothesis of early use of antibiotics promoting asthma in children and adolescents is unproven and false.
In support of such a simple hypothesis, a growing number of studies have found that seismicity rates climb where the Coulomb stress increases and fall where the Coulomb stress drops (e.g., Steacy et al., 2005 and references therein).
Despite the growing popularity of this hypothesis, no study to our knowledge has specifically tested the possibility of HAND evolving to reflect increased "cortical" neuropsychological deficits by examining potential interactions between aging and HIV with appropriate age and HIV comparison participants, as has been recommended [ 41, 42].
Here we test this hypothesis by growing a population of MC3T3 osteoblast-like cells on the surface of two types of hip prosthesis with similar composition, but with differing crystallinity.
What has been termed "real time regulation" [ 36] is a surefire indicator of the growing importance of the "hypothesis-testing" phase.
