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Research Report Abstracts - Gesundheit

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WPT2011, <strong>Research</strong> <strong>Report</strong> <strong>Abstracts</strong> eS579<br />

a leadership role in establishing that not only is health education<br />

a physical therapy competency, but one that needs to<br />

be integrated into the daily practice and care of both adults<br />

and children. The degree to which physical therapists have<br />

been shown to be effective lifestyle health educators was of<br />

interest, as well as how health education can be judiciously<br />

integrated into physical therapy management.<br />

Participants: Physical therapists and clients.<br />

Methods: Based on keywords and subject headings, MED-<br />

LINE, EMBASE, CINAHL, PsycINFO and The Cochrane<br />

Database of Systematic Reviews were searched from 1950<br />

to August 2010. The “International Journal of Behavioral<br />

Nutrition and Physical Activity” (2000–2010), “Fysiopraxis”<br />

(2007–2010) and the “Nederlandse Tijdschrift voor Fysiotherapie”<br />

(2007–2010) were hand searched. Studies were<br />

limited to English, Dutch and German.<br />

Analysis: The evaluation of the methodological quality was<br />

conducted by two reviewers applying the Downs and Black<br />

tool for randomized as well as non-randomized studies. A<br />

narrative synthesis was conducted in which the target populations,<br />

types and periods of interventions, outcome measures<br />

and significant results were cross-analyzed.<br />

Results: The initial search yielded 1925 studies. Further<br />

screening eliminated duplicates, unpublished findings, inappropriate<br />

study designs, and patient groups not meeting<br />

specific inclusion and exclusion criteria. This resulted in full<br />

text screening of 29 articles which after another detailed<br />

screening yielded 7 source studies; 3 evaluated counselling<br />

solely provided by physical therapists and 4 evaluated counselling<br />

with the participation of physical therapists in a<br />

multiprofessional team. The methodological quality ranged<br />

from 11 to 21 points on the Downs and Black tool (possible<br />

range: low = 0; high = 28). Two of the 7 studies were based on<br />

an effect size calculation and had sufficient power to detect a<br />

clinically important effect.<br />

Conclusions: Physical therapists can effectively educate<br />

patients with respect to lifestyle behavior change (specifically,<br />

increasing physical activity, reducing body weight,<br />

and improving cognitive-behavioral outcomes), at least in<br />

the short-term.<br />

Implications: Given this review’s stringent methodology,<br />

our findings support that physical therapists can be effective<br />

health educators alone or supporting health education<br />

initiated by other healthcare team members. Future studies<br />

will help refine this competency in the physical therapy context,<br />

and the parameters of health education interventions<br />

needed to augment health outcomes in the long- as well as<br />

the short-term.<br />

Keywords: Health behavior change; Lifestyle-related conditions;<br />

Physical therapists<br />

Funding acknowledgements: Unfunded.<br />

Ethics approval: N/A.<br />

<strong>Research</strong> <strong>Report</strong> Poster Display<br />

Number: RR-PO-205-17-Wed Wednesday 22 June 12:00<br />

RAI: Exhibit Halls2&3<br />

THE ROLE OF LUMBAR LORDSIS IN THE TRUNK<br />

MOVEMENT OF HEMIPLEGIC GAIT<br />

Kamono A. 1,2<br />

1Showa University, School of Nursing and Rehabilitation,<br />

Kanagawa, Japan, 2Nakaizu Rehabilitation Center, Department<br />

of Rehabilitaion, Shizuoka, Japan<br />

Purpose: The purpose of this study was to clarify the relationship<br />

between the attitudes of lumbo-pelvic complex and<br />

the trunk movement of hemiplegic gait. I hypothesized that<br />

hemiplegic patients were divided into two models; the one<br />

model was the solid model that does not permit movement<br />

between pelvis and thorax, and another was the lumbar lordsis<br />

model that permit the normal trunk movements.<br />

Relevance: The results of this study contribute the effective<br />

training that improve the gait performance of hemiplegic<br />

patients.<br />

Participants: The ten stroke patients included in this study<br />

were 40–68 years of age, had suffered first unilateral cerebrovascular<br />

accidents, were able to walk independently, and<br />

gave informed concent.<br />

Methods: In order to obtain kinematic and electromyographic<br />

data of hemiplegic gait, three-dimensional displacement<br />

and muscular activities of trunk were studied, in<br />

addition to stride length and speed. Retro-reflective markers<br />

were mounted on upper trunk and pelvis, and were recorded<br />

using motion capture system, VICON (VICON Inc., UK) at<br />

120 Hz. Surface electrodes were mounted on belly of bilateral<br />

erector spinae (ES), rectus abdominis (RA) and external<br />

oblique (EO). EMG data were collected using EMG measurement<br />

system (4Assist Inc., JAPAN) with portable data<br />

logger and preamplifier electrodes. EMG data were sampled<br />

at 1000 Hz. The instructions were to walk as ‘naturally’<br />

as possible. The participants were allowed to use walking<br />

aids such as T-cane and ankle-foot-orthosis. The data were<br />

sampled for at least ten gait cycles.<br />

Analysis: Eular angles of pelvis and thorax were calculated<br />

and data processing was performed using Butterworth<br />

second order double pass low-pass filtering with a 6 Hz cutoff<br />

frequency, time normalization (0–100% gait cycle), and<br />

ensemble averaging per subject. Each waveforms of gait<br />

cycle were fitted into sinusoidal waveform. Phase differences<br />

between pelvic and thoracic rotations were calculated. The<br />

pelvic anterior tilting angle during quiet standing was calculated.<br />

EMG data were band-pass filtered at 50–350 Hz to<br />

remove movement artifact, full-wave rectified, and low pass<br />

filtered at 10 Hz with Butterworth second order double pass<br />

filter. Muscle activity rate of each muscle was defined as<br />

the Root-Mean-Square (RMS) value during double support<br />

phase divided by RMS value during residual phase.<br />

Results: Correlation analyses showed significant correlation<br />

between pelvic anterior tilting angle during quiet standing,

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