As the adaptation of the well-developed building performance simulation methods to the urban scale lead to complexity issues, it is of interest to verify whether simpler metrics can act as performance indicators, as is often done at the building level with quantities such as form factor.
It is thus of interest to verify if the reduced spontaneous network activity found here is correlated with the abnormal cognitive evoked potentials reported in migraine patients [44 49].
It would also be of particular interest to verify whether the thalamocortical network dysfunctions are primary phenomena or secondary to a functional disconnection of the thalamus from the brainstem.
It would be of much interest to verify the presented results by a modified study design in which different ICP values are generated with the same amount of blood.
It is of obvious interest to verify whether these device-induced changes might persist in the long-term after 3-month daily preventive stimulation, and if they follow clinical improvement.
Considering these data and those obtained by NMR spectroscopy showing altered metabolic homeostasis of the migraineur's brain [27, 28], it is of interest to verify whether activity of visual cortical neurons is increased in migraine patients suffering from complex auras respective to those experiencing pure visual symptoms.
Accordingly, it was of interest to verify whether Cyr61 might affect uPAR interaction with VTNC, using PMA-differentiated U937 cells that reportedly express uPAR [32] [34].
As malaria parasites have been demonstrated to exert both oxidative damage and the binding of hemichromes to the red cell membrane [23], [32] it will be of great interest to verify whether the membrane alterations described herein may also be promoted by malaria parasites.
In this context, it was of interest to verify whether pop2-1 root growth was also affected by osmotic stress.
Therefore, it is of great interest to verify whether sulfonylurea therapy works differently depending on genotype at TCF7L2.
