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“One of the common symptoms of dementia is delusions. Due to a biological conceptualization ZD1839 purchase of the behaviors represented as delusions, these are classified as psychotic symptoms. This is a qualitative and quantitative study aiming to describe the delusions experienced by older persons with dementia and the context of occurrence, and to elucidate their etiology. Participants were 74 nursing home residents aged 65 and over, diagnosed with dementia, from nine nursing homes in Israel. Participants with delusions were found to have significantly more difficulties in performing ADLs, and poorer vision and hearing.
Based on assessment using the BEHAVE-AD, six categories of delusions were examined: 1. One’s house is not one’s home, 2. Theft, 3. Danger, 4. Abandonment, 5. Misidentification, AZD5153 in vivo and 6. Other non-paranoid. Common themes appeared across delusions including reality, disorientation, re-experience of past events, loneliness and insecurity, boredom, and trigger. Current results suggest that delusions may not represent psychotic symptoms for most participants, because they sometimes represented reality, or were neither firm nor incontrovertible. Thus, utilizing the term delusion relegates
the person’s behavior to the domain of severe psychiatric phenomena and precludes understanding its true meaning. (C) 2011 Published by Elsevier Ireland Ltd.”
“The antihypertensive effects of both extracts and glycosaminoglycan derived from Isaria sinclairii (IS) were investigated in a spontaneously hypertensive rat (SHR) model. Groups of rats were treated orally with 30 mg/kg each of: (1) Selleckchem Pifithrin�� saline control or extracts of (2) water-IS
(3) methanol-IS, (4) butanol-IS, (5) ethyl acetate-IS, or (6) captopril as positive control. The 30-mg/kg dose was administered with a standard diet every day for a period of 2 wk. The antihypertensive effects of the individual extracts were in the following order: methanol > water > ethyl acetate > butanol. Glycosaminoglycan (GAG) obtained from IS as a water-soluble alcohol precipitation fraction produced an antihypertensive effect. One month following administration of GAG derived from IS to SHR animals there was a marked decrease in systolic blood pressure from 183 to 105 mm Hg and reduced diastolic blood pressure from 148 to 80 mm Hg compared to untreated control SHR rats. It was found that GAG produced an antihypertensive effect, which was more effective than the positive control captopril. In the SHR animal model a fall of 19% in body weight was observed in the group that received GAG. Data thus indicate that GAG derived from I. sinclairii may be a potent, naturally occurring antihypertensive agent. SHR (Spontaneously Hypertensive Rat); WKY (Wistar Kyoto Rat); glycosaminoglycan (GAG); I. sinclairii (IS); ISMC30: I. sinclairii methanol extract 30 mg/kg; ISG2: I. sinclairii glycosaminoglycan 2 mg/kg; IS GAG: I. sinclairii glycosaminoglycan.