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5%), and also in those with daytime sleep of 0�C3?h (16.0%), compared with those without daytime sleep (7.2%) (anova). Finally, we evaluated the morphological and functional changes of the brain (Table?5). The total volumes of the IC, parenchyma, ventricles and WML were determined by automatic segmentation on brain MRI. We found that the parenchyma/IC ratio, as an index for brain atrophy, was significantly decreased in patients with HbA1c ��7.0%, whereas the WML/IC ratio was unchanged. The 3D-SSP technique with SPECT provides a high diagnostic accuracy for AD.[34] Posterior cerebral hypoperfusion on SPECT (AD pattern) was observed in 60.6% of diabetic patients with HbA1c http://www.selleckchem.com/products/Rapamycin.html diabetic older adults diagnosed as having AD with HbA1c http://www.selleck.cn/products/AP24534.html with HbA1c ��7.0%. Patients with higher HbA1c have increased vascular complications of diabetes, insulin resistance, impaired ADL, and altered bone and muscle metabolism. Although cognitive function was similar between the two groups, BPSD such as lack of interest, overeating and excessive daytime sleeping apparently increased in patients with higher HbA1c, which might have contributed to difficulties in the management of diabetes with dementia. Although the frequencies of Apo?E4 carriage and of posterior cerebral hypoperfusion on SPECT in poorly controlled diabetic subjects were similar to those in non-diabetic AD patients, the group of diabetic patients with lower HbA1c had a lower incidence of Apo?E4 carriage and an AD pattern on SPECT, suggesting http://www.selleckchem.com/products/jq1.html the involvement of non-AD pathophysiology in this group. It seems plausible that difficulties in the management of diabetes with AD are due not only to non-adherence to diabetes treatment, but also several symptoms and pathophysiological characteristics of dementia. Patients with AD show a variety of problematic behaviors during the course of the disease. One of these behaviors, increased food intake has been described in 9�C26% of AD cases.[35] The neuroanatomical basis for overeating in AD remains unclear, but hyperphagia is often accompanied by forgetfulness and hyperorality.[36] Overeating has been of less concern in non-diabetic AD, because weight loss and malnutrition are more important in the late stages of dementia. However, in the case of diabetic elderly patients, overeating can lead directly to hyperglycemia. Food intake is controlled by a complex regulatory network in the brain. The hypothalamus plays a particularly important role in regulating appetite and energy expenditure. It has been postulated that interactions between adiposity and the central neuropeptidergic cascade are impaired in obesity.