Falls are a major health problem in nursing home residents with
dementia. In nursing homes one-third of all falls results in an injury.
In order to take tailor-made preventive measures in time, the fall risk
profile of each individual nursing home resident should be periodically
evaluated. A systematic evaluation of fall risk should include an
assessment of major contributing components, including an assessment of
balance and gait, and the use of psychotropic drugs. The purpose of this
study was a) to evaluate the feasibility and predictive validity of
different assessment methods for balance and gait impairments in a
population of nursing home residents with dementia with a specific view
to predicting falls in the short term, i.e., three months, and b) to
quantify the additive contribution of psychotropic drugs to fall risk in
nursing home residents with dementia. Part one of this thesis describes
how ambulatory nursing home residents with moderate to severe dementia
participated in a prospective cohort study. This study showed that gait
velocity is a feasible and valid predictor of a fall within three
months.
In part two of this thesis the additive contribution of psychotropic
drugs to fall risk in nursing home residents with dementia is
quantified. Daily drug use and daily falls were recorded over a two-year
period. Fall risk increased already at low dosages of psychotropics; it
increased further with dose increments, and with combinations of these
drugs. There also was a significant dose-response relationship between
the use of selective serotonin reuptake inhibitors (SSRIs) and the risk
of an injurious fall. The risk increased further with the use of a SSRI
in combination with a hypnotic or sedative. New treatment protocols
might be needed that take into account the dose-response relationship
between psychotropics and falls, and between SSRIs and injurious falls.
http://repub.eur.nl/res/pub/30591/111125_Sterke%2C%20Carolyn%20Shanty_bewerkt3.pdf
http://repub.eur.nl/res/pub/30591/111125_Sterke%2C%20Carolyn%20Shanty_bewerkt3.pdf
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