Neurocognitive Disorders and Dehydration in Older Patients: Clinical Experience Supports the Hydromolecular Hypothesis of Dementia - Lauriola, Michele; Mangiacotti, Antonio; D’Onofrio, Grazia; Cascavilla, Leandro; Paris, Francesco; Paroni, Giulia; Seripa, Davide; Greco, Antonio; Sancarlo, Daniele (Nutrients, 2018)
Keywords: Activities of Daily Living; Aged; Aged, 80 and over; atrophy; Blood Glucose - metabolism; blood serum; brain; Case-Control Studies; Chlorides - blood; Cognitive ability; cognitive disorders; Cognitive Dysfunction - blood; Cognitive Dysfunction - epidemiology; Dehydration - blood; Dehydration - epidemiology; Dementia; Depression - blood; Depression - epidemiology; electrolytes; emotions; equations; Female; Geriatric Assessment; homeostasis; Humans; kidneys; Male; males; Multivariate analysis; Neurocognitive Disorders - blood; Neurocognitive Disorders - epidemiology; neurodegenerative diseases; neurons; Nutrition Assessment; osmolality; patients; potassium; Potassium - blood; Prevalence; protein folding; proteins; Risk Factors; sodium; Sodium - blood; Urea - metabolism; hydromolecular hypothesis; older patients; dehydration; neurocognitive disorders