The British sociologist Anthony Giddens once described the counterintuitive fact that as a country moves toward prosperity, insulating itself from the harshest consequences of famine and the elements, it becomes "increasingly preoccupied with the future (and also with safety), which generates the notion of risk".
They have the notion of a meaningful utterance before generating the notion of a meaningful thought, modeled on the former notion.
This has generated the notion that resveratrol treatment acts as a calorie-restriction mimetic, based on the many overlapping health benefits observed upon both interventions in diverse organisms, including yeast, worms, flies and rodents.
Most of the studies excluded based on these considerations showed increased GIP secretion in diabetic patients and have generated the common notion that GIP secretion is higher in patients with diabetes than in matched nondiabetic subjects.
[Editors' note: further revisions were requested prior to acceptance, as described below.] The authors tried, at the reviewers' request, to generate data supporting the notion that SpoIIE makes a change in oligomeric state during sporulation.
The manuscript has been greatly improved but there is still one remaining issue that needs to be addressed before acceptance, as outlined below: The authors tried, at the reviewers' request, to generate data supporting the notion that SpoIIE makes a change in oligomeric state during sporulation.
For instance, mixing in alethic notions generates the possible liar: Is 'This statement is possibly false' true? (Post 1970) (If it is false, then it is false that it is possibly false. What cannot possibly be false is necessarily true. But if it is necessarily true, then it cannot be possibly false).
Generating momentum behind the notion of data reuse as a scientific reputation builder is evidently core to the Authorea mission to drive Open Science.
This newly generated evidence supports the notion that the intensity of sympathetic function is in part genetically determined, and that a 'hyperadrenergic state' is associated with pain hypersensitivity.
In the neural context, one might infer the existence of a similar window defining intervals of time when neural activity is more easily generated, consistent with the notion that oscillatory activity represents cyclic changes in excitability [ 3].
