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Background: As cognitive functions and, more specifically, executive functions (EF) seem to influence autonomy among the elderly, we investigated the role of each of the five EF sub-components (inhibition, spontaneous flexibility, reactive flexibility, planning, and updating in working memory) for the risk of functional decline. Method: A total of 137 community-dwelling participants over 75 years of age were included in a prospective cohort study and assigned to three groups: individuals with neuro-degenerative cognitive disorders, those having cognitive disorders with non-degenerative aetiology, and a control group without any cognitive problems. We measured each EF sub-component and assessed functional decline by evaluating basic (b-ADL) and instrumental activities of daily living (i-ADL) at baseline and 6 months later. We conducted three separate multiple logistic regression models to examine the extent to which the five EF facets predicted overall functional decline at the end of the follow-up period. Results: We found that people who exhibited a decline in b-ADLs or/and i-ADLs over 6 months had worse perfor- mance on inhibition and two flexibility tasks than those who did not experience a decline. The results suggest that decliners have more difficulties in managing unforeseen events. Inhibition and updating in working memory pre- dicted a decline in b-ADL while spontaneous and reactive flexibilities predicted a decline in i-ADL. Conclusion: In our sample, specific executive dysfunctions were associated with a decline in functional status. With respect to the risk of decline in b-ADL, deficits in inhibition may represent a risk factor, as it regulates over-learned activities. Bothtypes of flexibility, which allow the shifting and generating of adaptive responses, predicted decline in i-ADL. In sum, paying more attention to particular EF profiles would help clinicians to anticipate some aspects of functional decline.

The objectives of the study are to determine the prevalence and potential risk factors of misuse of respiratory inhalers among hospitalized patients admitted at the CHU UcL Namur, site Godinne. Using a cross-sectional design, patients using respiratory inhalers since more than 7 days were recruited from a database established by the hospital pharmacy. Inhaler technique was assessed using a standardised check-list and graded misuse as major or minor errors using previously published criteria. Demographic and clinical data were prospectively collected using standardised tools. Among the 100 consecutive patients selected for the study (median of age: 68 years), the prevalence of misuse was 40%. According to univariate analysis, main risk factors of misuse were age, executive dysfunction, a low grip strength, a low level of manual dexterity and the type of inhaler used. The best predictor of misuse according to multivariate analysis was executive dysfunction as assessed by the BREF scale (batterie rapide d'efficience frontale) (adjusted odds ratio: 1.35 [CI95%: 1.11-1.64]; p: 0.002). A BREF score ≤ 12/18 was associated with a six-fold increase of respiratory inhaler misuse risk. We conclude that executive dysfunction is associated with a higher risk of respiratory inhalers misuse. A short screening of executive function, using the BREF scale, before starting respiratory inhaler may improve the selection of inhaler devices and therefore the compliance to treatment.

Major features of the psychomotor disadaptation syndrome (SDPM) include motor skill dysfunctions with alteration of postural capabilities, walking abilities and psychomotric automatisms. Mini motor test (TMM) is the gold standard used by skilled physiotherapists in order to assess the syndrome. The aim of this article is to present the elaboration process of a new SDPM screening tool, called the Get-up early test. The test was firstly elaborated through consensus of nine experts in the geriatric field. This first 5-items version had poor inter-rater reproducibility and was therefore modified in a new 4-item version. This new version had substantial inter-rater concordance. Compared to the TMM as gold standard, in two different settings (acute ward and nursing home), with a cut-off value≥1/4, diagnostic performance was good (sensibility: 0.73 and specificity 0.88; area under curve: 0.823). The last step was to implement the screening tool in three Mobile geriatric units and we report here their experience. The Get-up early test may be suggested as a new screening tool in order to detect SDPM before more in-depth comprehensive geriatric assessment, and to early adapt the care plan.

Falls in the elderly is nowadays a major concern because of their consequences on elderly general health and moral states. Moreover, the aging of the population and the increasing life expectancy make the prediction of falls more and more important. The analysis presented in this article makes a first step in this direction providing a way to analyze gait and classify hospitalized elderly fallers and non-faller. This tool, based on an accelerometer network and signal processing, gives objective informations about the gait and does not need any special gait laboratory as optical analysis do. The tool is also simple to use by a non expert and can therefore be widely used on a large set of patients.