841 research outputs found

    The effect of progressive relaxation training on a selected Parkinsonian patient

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    The present study was designed to determine if Progressive Relaxation exercises would be effective in reducing the response time of a single Parkinsonian on a specific reaction time/movement time took. A 75 year old man served as the subject for this study. He performed a simple response time task at two scheduled sessions per week, for a total of ten weeks. Starting the sixth week, the subject began relaxation training at each session. Data points that represented the average of ten response scores from each session were plotted on a graph and examined by regression analysis. Regression lines representing data points projected to 100 sessions were calculated for both treatment and non-treatment halves. The response time for the one hundredth session, without treatment, was calculated to be .5744 second. The response time for the one hundredth treatment session was .1628 second. Regression analysis indicated that the progressive relaxation program reduced the response time of the subject

    Results of a Health Education Message Intervention on HPV Knowledge and Receipt of Follow-up Care among Latinas Infected with High-Risk Human Papillomavirus

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    A clinic-based intervention study was conducted among high-risk human papillomavirus (HPV)-infected Latinas aged 18-64 years between April 2006 and May 2008 on the Texas-Mexico border. Women were randomly assigned to receive a printed material intervention (n=186) or usual care (n=187) and were followed at three months, six months, and 12 months through telephone surveys and review of medical records. The HPV knowledge of nearly all women had increased greatly, but only two-thirds of women reported they had received follow-up care within one year of diagnosis regardless of additional health education messaging. Our findings suggest that, regardless of type of health education messaging, Latinas living on the Texas-Mexico border are aware that follow-up care is recommended, but they may not receive this care. Individual, familial and medical care barriers to receipt of follow-up care may partially account for the higher rates of cervical cancer mortality in this region

    CHARIS Science: Performance Simulations for the Subaru Telescope's Third-Generation of Exoplanet Imaging Instrumentation

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    We describe the expected scientific capabilities of CHARIS, a high-contrast integral-field spectrograph (IFS) currently under construction for the Subaru telescope. CHARIS is part of a new generation of instruments, enabled by extreme adaptive optics (AO) systems (including SCExAO at Subaru), that promise greatly improved contrasts at small angular separation thanks to their ability to use spectral information to distinguish planets from quasistatic speckles in the stellar point-spread function (PSF). CHARIS is similar in concept to GPI and SPHERE, on Gemini South and the Very Large Telescope, respectively, but will be unique in its ability to simultaneously cover the entire near-infrared JJ, HH, and KK bands with a low-resolution mode. This extraordinarily broad wavelength coverage will enable spectral differential imaging down to angular separations of a few λ/D\lambda/D, corresponding to ∼\sim0.\!\!''1. SCExAO will also offer contrast approaching 10−510^{-5} at similar separations, ∼\sim0.\!\!''1--0.\!\!''2. The discovery yield of a CHARIS survey will depend on the exoplanet distribution function at around 10 AU. If the distribution of planets discovered by radial velocity surveys extends unchanged to ∼\sim20 AU, observations of ∼\sim200 mostly young, nearby stars targeted by existing high-contrast instruments might find ∼\sim1--3 planets. Carefully optimizing the target sample could improve this yield by a factor of a few, while an upturn in frequency at a few AU could also increase the number of detections. CHARIS, with a higher spectral resolution mode of R∼75R \sim 75, will also be among the best instruments to characterize planets and brown dwarfs like HR 8799 cde and κ\kappa And b.Comment: 13 pages, 7 figures, proceedings from SPIE Montrea
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