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P OSTER<br />

A BSTRACTS<br />

dicated greater frailty. Descriptive and non-parametric statistical<br />

analysis was performed using SPSS software and Mann Whitney U.<br />

Results: 202 subjects living independently (62% female, mean<br />

age 92) were included. 61 were octogenarians, 69 nonagenarians, and<br />

10 centenarians. Initial mean BMI ranged from 25.2 in octogenarians<br />

to 22.4 in centenarians with no significant drift between years one and<br />

three. Correlated to BMI at age 50, those with < one SD were less<br />

likely to be frail or were less frail. We confirmed prior observations<br />

that strength training correlated with decreased frailty across all ages.<br />

A U shaped curve correlating frailty/BMI held true for subjects up to<br />

age 89. BMI flattened after age 90, suggesting the impact of BMI on<br />

frailty is less.<br />

Conclusions: Frailty correlates with advancing age; BMI does<br />

not. Much effort is spent to obtain/maintain normal BMIs in the elderly.<br />

Our study identifies a subset of elders with outlying BMIs in<br />

whom BMI is not a significant contributor to frailty. Prolonged activity<br />

at a stable BMI may produce physical conditioning that is beneficial.<br />

Avoidance of frailty in this group should stress continued activity<br />

over caloric manipulation.<br />

D76<br />

Orthostatic Hypotension, its risk factors, and the need for its<br />

measurements in the hospital.<br />

J. Chohan, K. Samtani, E. Baum, S. Snyder, N. Kayani, L. Benedict,<br />

S. Hazelet. Post Acute and Senior Services, Summa Health System,<br />

Akron, OH.<br />

Objectives: To investigate the correlation between falls and orthostatic<br />

hypotension (OH) and to examine the benefits of measuring<br />

orthostatic vital signs on admitted patients at high risk for a fall. Design:<br />

Cross-sectional study. Measurements: Patients at high risk included<br />

those: > 65 years old who have fallen in the last 2 months or<br />

had an admitting diagnosis of a fall, syncope, or pre-syncope. Blood<br />

Pressure (BP) was measured in the supine position and after 2 minutes<br />

of sitting and 2 minutes of standing within 24 hours of admission.<br />

Orthostatic hypotension was defined as 20-mmHg decline in Systolic<br />

BP and/or a 10-mmHg decline in diastolic BP from a supine to sitting,<br />

or sitting to<br />

standing position. Results: While 200 people qualified for the<br />

study, only 99 people had orthostatic vital signs measured and of<br />

those 30 people were orthostatic positive. Only five of the 30 were<br />

non-community dwelling patients. 84% of patients had documented<br />

hypertension, 37% had documented heart failure, 23% had anemia<br />

(HgB90) on admission. Of<br />

those who were orthostatic positive, only 1 had a documented fall<br />

while hospitalized. Conclusion: We saw no correlation between falls<br />

and OH, however, anti-hypertensive medications were held on admission<br />

for OH positive patients and a thorough medication reconciliation<br />

was done on discharge through interdisciplinary communication<br />

and physician notification. These results suggest that orthostatic<br />

vital signs should be measured on patients who are at high risk for a<br />

fall to improve their in-patient admission and discharge medication<br />

assessment.<br />

D77<br />

A comparison of different target criteria for geriatric care.<br />

J. van Kempen, 1 H. Schers, 2 R. Melis, 1 M. Olde Rikkert. 1 1.<br />

Department of Geriatric Medicine, Radboud University Nijmegen<br />

Medical Centre, Nijmegen, Netherlands; 2. Department of Primary<br />

Care, Radboud University Nijmegen Medical Centre, Nijmegen,<br />

Netherlands.<br />

Background: There are several instruments for the identification<br />

of frail elderly. None of these aims to identify frail elderly in primary<br />

care to select them for integrated care. Therefore, we developed a<br />

pragmatic identification method, the Easycare-TOS (Two-step Older<br />

people Screening). It optimally uses information that is readily available<br />

to the family physician and takes health and psychosocial aspects<br />

into account. We studied how frail elderly identified with Easycare-<br />

TOS scored on other criteria for geriatric care: disability, multimorbidity<br />

and Fried Frailty criteria.<br />

Methods: Elderly from 4 health centers were included (n=591,<br />

mean age 77 (SD5), 56% women). They were screened with Easycare-TOS.<br />

Additional data were collected for determining multimorbidity<br />

(CIRS-G score ≥2 on ≥2 items), disability (KATZ15 ≥4) and<br />

Fried frailty criteria. We compared the results on the different criteria<br />

in our study population using a Venn diagram.<br />

Results: Figure 1 shows the Venn diagram. The group frail according<br />

to just Easycare-TOS (n=139) had a mean CIRS-G score of<br />

10 (SD4) compared to 14 (SD4) in the group frail according to Fried<br />

(n=58).There was no difference in psychosocial status.The group with<br />

comorbidity and no frailty (n=222) had a mean CIRS-G of 9 (SD3).<br />

Conclusion: Elderly who were frail according to Fried were<br />

more physical frail than elderly who were frail according to Easycare-<br />

TOS solely. Elderly with merely comorbidity had least physical problems.<br />

Follow-up data should show whether Easycare-TOS is able to<br />

identify elderly who will benefit from integrated care.<br />

D78<br />

Fall Stop...MOVE STRONG program to reduce fall risk among<br />

community dwelling older adults.<br />

J. Prager, J. Kardachi, C. Carlucci, S. M. Bradley. <strong>Geriatrics</strong>, Mount<br />

Sinai Hospital, New York, NY.<br />

Background: Falls is a leading cause of injury and death in older<br />

adults. Approximately, one third of community-dwelling people over<br />

65 years of age fall each year resulting in a significant source of morbidity<br />

and mortality, an important threat to patient safety. Exercise<br />

programs have been shown to reduce rate of falls. The Fall<br />

Stop…MOVE STRONG program is an exercise and education based<br />

fall prevention program. The core content of the program includes a<br />

graduated individualized exercise program, which targets strengthening,<br />

coordination, flexibility, and balance with concurrent education<br />

about personal and environmental fall risk factors and safety strategies<br />

lasting 75 minutes each session. The purpose of this study is to<br />

evaluate if Fall Stop…MOVE STRONG decrease fall risk in community<br />

dwelling older patients.<br />

Methods: Fall Stop...MOVE STRONG if offered over a 12 week<br />

period three times a year in an urban geriatric academic practice. Patients<br />

were approached for participation and consent was obtained.<br />

The measures of functional assessment, falls risk, and fear of falling<br />

were obtained before and after falls prevention program including<br />

The Functional Reach Test, The Four Square Step Test, The Timed Up<br />

AGS 2012 ANNUAL MEETING<br />

S213

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