These results imply the expansion of metabolic networks due to chaperonins; thus, they provide an example for the existing hypothesis on chaperonin-induced diversity (or evolution).
Examples for this hypothesis in the blood count data are the lymphocyte, B-cell and red blood cell counts, as well as the neutrophil counts.
For example, the hypothesis that changes in inspection time for a previously encountered place or object are based on the recall of declarative/episodic information requires substantiation.
So, for example, the hypothesis corresponding to a circle-squaring scenario is false.
Thus, for example, the hypothesis that the damage to my lawn was caused by 12 rabbits is less quantitatively parsimonious but more qualitatively parsimonious than the hypothesis that it was caused by 1 deer and 3 rabbits.
Consider, for example, the hypothesis that plutonium 233 nuclei have a half-life of 20 minutes i.e., the propensity for a Pu-233 nucleus to decay within a 20 minute period is 1/2.
For example, the hypothesis that "all observed emeralds are green" is true on the data stream featuring only green emeralds, and false on any data stream featuring a nongreen emerald.
Consider, for example, the hypothesis that the land masses of Africa and South America separated and drifted apart over the eons, the drift hypothesis, as opposed to the hypothesis that the continents have fixed positions acquired when the earth first formed and cooled and contracted, the contraction hypothesis.
The strength of sfl's reasoning is based on its analysis of linguistic and cultural processes: so, for example, the hypothesis of context metafunction resonance (CMR) shows a more robust understanding of the mutual relations of language and reality than the established notions of truth, reference and correspondence.
