2,671 research outputs found

    Susan Wood

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    Susan Wood, a Nebraska native, has spent her entire working career in Alabama. She is a Registered Dietitian and spent a number of years working in hospitals and nursing homes, as well as teaching at the University of Alabama, Birmingham. In her current position Susan is the Director of Child Nutrition Programs for Hoover City Schools, where she has served the district’s children for the past twenty-two years.https://egrove.olemiss.edu/icn_ohistories/1031/thumbnail.jp

    RAMSTRONG: AN EMPLOYEE WELLNESS INITIATIVE

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    The RAMSTRONG project’s mission is to create a mobile website accessible online and through the VCU Mobile app that provides VCU employees with user-friendly, accessible resources to support their holistic well-being. The RAMSTRONG project seeks to meet three basic needs. First, while VCU and the Greater Richmond area offer a plethora of resources to promote health, information about these resources is not readily accessible, and especially not accessible from one website or mobile app. RAMSTRONG aims to provide an accessible means for employees to learn about and take advantage of these resources. Second, while a growing body of scientific literature indicates employer sponsored health promotion programs increase job satisfaction, productivity, and retention, these programs are only effective if they are utilized. RAMSTRONG aims to increase their utilization by promoting awareness of their availability. Third, our society invests a substantial sum of resources to the care of those suffering from injury and illness and less to promoting our health and well-being. The RAMSTRONG project is motivated by a vision of a society that invests significantly in the promotion of wellness so as to reduce the incidence of injury and illness and to increase the prevalence of personal and social satisfaction at work and in life. Our model for the RAMSTRONG app draws from the public health concept of the Wheel of Wellness, which specifies eight interrelated and interdependent dimensions of health: emotional, environmental, financial, social, spiritual, occupational, physical, and intellectual. When a person can demonstrate strength and well-being in each of these areas, they are more productive and receive greater satisfaction in life. Universities, including Princeton University, that have implemented similar website resources and the National Wellness Institute define wellness as “an active process through which people become aware of, and make choices toward, a more successful existence”. Our RAMSTRONG website and mobile app will provide employees with an efficient, friendly means for becoming aware of campus and community resources and making choices that actively contribute to individual and community well-being in each of the eight dimensions. It is our hope that with the implementation of this project, VCU employees will have the resources to take charge of their wellness in each dimension and become RAMSTRONG

    Methyl-Substituted Dispiro-1,2,4,5-tetraoxanes:  Correlations of Structural Studies with Antimalarial Activity

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    Two tetramethyl-substituted dispiro-1,2,4,5-tetraoxanes (7,8,15,16-tetraoxadispiro[5.2.5.2]- hexadecanes) 3 and 4 were designed as metabolically stable analogues of the dimethylsubstituted dispiro-1,2,4,5-tetraoxane prototype WR 148999 (2). For a positive control we selected the sterically unhindered tetraoxane 5 (7,8,15,16-tetraoxadispiro[5.2.5.2]hexadecane), devoid of any substituents. Tetraoxanes 3 and 4 were completely inactive in contrast to tetraoxanes 2 and 5. We hypothesize that the two inactive tetraoxanes possess sufficient steric hindrance about the tetraoxane ring due to the two additional axial methyl groups to prevent their activation to presumed parasiticidal carbon radicals by inhibiting electron transfer from heme or other iron(II) species. For each of the tetraoxanes 2-4, the tetraoxane and both spirocyclohexyl rings are in a chair conformation and the bond lengths and angles are all quite normal except for the C1-C2 bond which is slightly lengthened. Comparison of the modeled and X-ray structures for tetraoxanes 2-5 reveals that molecular mechanics (MMX and MM3) and 3-21G* calculations each gave accurate structural parameters such as bond lengths, bond angles, and dihedral angles. In contrast, semiempirical methods such as AM1 gave poor results
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