The genetic models described above argue strongly for a role for Aurora A in centrosome maturation and suggest that perturbed Aurora A function has severe consequences on spindle function during subsequent mitotic progression.
Mutations were divided into three categories according to the predicted functional consequences on wolframin function (Fig. 1).
A change of just a few degrees in the craniofacial morphology associated with suture restrictions, for example, of the temporal bone, could have significant consequences on ET function and play a role in the pathogenesis of AOM [ 15].
Consequently, their deterioration can have important detrimental consequences on the function and plasticity of neurons, and is thought to have a pivotal role in ageing and in the pathogenesis of several neurological disorders.
30, 31 The fundamental difference between CRT and BAT is that CRT produces autonomic recovery as a consequence of recovery of LV function whereas BAT acts directly on symaptho/vagal balance with obvious, and here documented, positive consequences on cardiac function.
To test whether fetal activation of microglia could be sufficient to induce delayed synaptic defects, we induced prenatal pharmacological inflammation and evaluated the consequences on synaptic function.
Given that DAP12 is mainly expressed before P3 and that glutamatergic synapses are generated post-natally [24], we hypothesized that microglial dysfunction induced by DAP12 mutation has impacted the prenatal development of neurons with delayed consequences on synaptic function.
Thus, it is postulated that as individuals age, the accumulation of inappropriate changes in H4K12 acetylation, as well as additional acetylation and methylation marks, lead to altered transcription of neurogenic genes with subsequent negative consequences on cognitive function [72].
Together, these findings reveal that repeated temporal insults grossly impact learning and memory and suggest that resulting changes in hippocampal structure may have long-lasting consequences on cognitive function.
Significantly, deficits in hippocampal-dependent learning and memory were not only seen during the period of the circadian disruption, but also persisted well after the cessation of jet lag, suggesting long-lasting negative consequences on brain function.
