Studies have demonstrated changes in the structure of the umbilical vessels but these have not been described across the length of the cord or correlated with the severity of disease.
Additionally, these studies have demonstrated changes in expression patterns of numerous known regulatory genes that could play a vital role in dormancy transitions, or in regulating physiological processes impacted by dormancy transitions.
Here, for the first time with a peptidomics approach, we have demonstrated changes in CSF levels of Aβ1-34 and Aβ5-40 in humans treated with the BACE1 inihibitor LY2811376 (Eli Lilly and Company, Indianapolis, IN, USA).
Studies on shift workers have demonstrated changes in the DNA methylation of their genes [ 22].
Structural studies at the LM level have demonstrated changes in the sympathetic innervation of the bladder in ageing rats.
Recent transcriptomic and metabolic studies have demonstrated changes taking place during the development of the olive-fruit and the beginning of ripening [ 3, 4].
Other European countries have demonstrated changes in incidence and mortality because of period and cohort effects related to the coverage and effectiveness of screening policies [ 16, 17].
Various experiments have demonstrated morphological changes of dendritic spines that accompany synaptic plasticity, and these changes have been proposed to contribute to alterations in excitatory synaptic transmission during learning [9], [10], [11], [12], [13].
During the last decade various research groups have demonstrated significant changes of bioelectrical activity in the visual cortex of migraine patients over the migraine cycle.
Furthermore, we have demonstrated quantitative changes of various pituitary hormones and down-regulation of fatty acid synthase (FAS) in the pituitary from GH transgenic Amago salmon by iTRAQ-MS/MS proteome and microarray analysis (Kurata et al., 2012).
