36 research outputs found

    The Undergraduate Wind Chamber Music Recital

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    Program listing performers and works performe

    Imaging the Circumnuclear Region of NGC 1365 with Chandra

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    We present the first Chandra/ACIS imaging study of the circumnuclear region of the nearby Seyfert galaxy NGC 1365. The X-ray emission is resolved into point-like sources and complex, extended emission. The X-ray morphology of the extended emission shows a biconical soft X-ray emission region extending ~5 kpc in projection from the nucleus, coincident with the high excitation outflow cones seen in optical emission lines particularly to the northwest. Harder X-ray emission is detected from a kpc-diameter circumnuclear ring, coincident with the star-forming ring prominent in the Spitzer mid-infrared images; this X-ray emission is partially obscured by the central dust lane of NGC 1365. Spectral fitting of spatially separated components indicates a thermal plasma origin for the soft extended X-ray emission (kT=0.57 keV). Only a small amount of this emission can be due to photoionization by the nuclear source. Detailed comparison with [OIII]5007 observations shows the hot interstellar medium (ISM) is spatially anticorrelated with the [OIII] emitting clouds and has thermal pressures comparable to those of the [OIII] medium, suggesting that the hot ISM acts as a confining medium for the cooler photoionized clouds. The abundance ratios of the hot ISM are fully consistent with the theoretical values for enrichment from Type II supernovae, suggesting that the hot ISM is a wind from the starburst circumnuclear ring. X-ray emission from a ~450 pc long nuclear radio jet is also detected to the southeast.Comment: Accepted for publication in The Astrophysical Journal (April 2009). 50 pages, 13 figures, 6 table

    Protocol for a statewide randomized controlled trial to compare three training models for implementing an evidence-based treatment

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    World Congress Integrative Medicine & Health 2017: Part one

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    Single-Point Acupuncture for Treatment of Urge Incontinence in Women: A Pilot Nonrandomized Trial.

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    Objectives: Urinary incontinence (UI) is common in middle- and old-age. Previous studies have shown that multiple-point and multiple-frequency acupuncture are efficacious treatment modalities for UI. This study investigated the efficacy of single-point acupuncture for the treatment of UI in women. Materials and Methods: Twelve female subjects, ages 40–75, participated in the trial. Acupuncture at CV 2 was performed. Before needle insertion, each subject completed the Revised Urinary Incontinence Scale (RUIS). After treatment, subjects were contacted at 2 and 8 weeks to assess treatment effects using the RUIS questionnaire again. Results: Statistically significant improvements were seen with respect to symptoms of urgency, stress incontinence, impact of urine leakage, quantity of urine leakage, and the total score at 2 weeks postintervention. A statistically significant increase in impact of urine leakage was found at the 8-week follow-up, compared to the 2-week results. Conclusions: In this pilot trial, single-point acupuncture was associated with significant but short-term improvements in UI symptoms. Future trials should include a control group and an increased sample size for a more-rigorous examination of this potential adjunctive treatment for UI

    Effect of Afrezza on Glucose Dynamics During HCL Treatment

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    A major obstacle in optimizing the performance of closed loop automated insulin delivery systems has been the delay in insulin absorption and action that results from the subcutaneous (SC) route of insulin delivery leading to exaggerated postmeal hyperglycemic excursions. We aimed to investigate the effect of Afrezza inhaled insulin with ultrafast-in and -out action profile on improving postprandial blood glucose control during hybrid closed-loop (HCL) treatment in young adults with type 1 diabetes
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