Only the first of these studies (Le Jeune et al., 2008) found a positive relation between lateral orbitofrontal activity (glucose metabolism measured with PET) and facial emotion recognition in patients with Parkinson's disease.
Receptors in the lateral region monitor blood glucose and are stimulated only when blood glucose is low; satiety stops their response.
We showed that there is an interactive effect between auxin and glucose in lateral root induction and emergence.
In addition, mesial and lateral temporal cortical regions contrasted glucose from artificial saliva.
We dissected the relationship between auxin and glucose action using lateral root formation as the biological context.
In one experiment that divided murderers into predatory and affective groups, affective murderers had less glucose metabolism in lateral prefrontal regions than both predatory murderers and normal controls, who did not differ [26].
Blood samples were taken from mouse lateral tail vein and blood glucose was measured by OneTouch Ultra glucometer (LifeScan, Wayne, PA, USA).
In our patient, a lateral dissection was performed with glucose in water to dissect the renal mass from the appendix and the colon, which was located caudolateral with respect to the renal mass.
A number of cells did show more accumulation of PIN2 GFP on the lateral walls on higher concentrations of glucose as compared to seedlings shifted to 0% glucose containing media.
They found reduced glucose metabolism in the lateral occipital area but preserved glucose metabolism in the mid- or posterior cingulate; this phenomenon, known as CIS, is specific to DLB.
While the biological consequences of this finding remain unknown, we speculate that significant impairment of glucose metabolism in the lateral SVZ might lend support to the current concept of the cell biological mechanisms underlying chemotherapy-associated CNS toxicity.
