The Health and Health Care of People with Intellectual Disabilities

New research studies conducted by Special Olympics found disturbing evidence that individuals with intellectual disabilities face widespread health problems, while physicians, dentists and other health professionals are not receiving adequate training in order to treat them. The research reinforces previous studies that found that despite the widespread belief that individuals with intellectual disabilities receive better health care than the rest of the population, people with intellectual disabilities actually have poorer health, more specialized ealth care needs and greater difficulty accessing health care services and doctors compared to the general public.Research Methodology: Special Olympics recently commissioned two research studies related to the health and health care of individuals with intellectual disabilities

Finding an identity and meeting a standard : connecting the conflicting in teacher induction

This article has the apparently contradictory aims of describing a discourse of new teachers that is at odds with the policy-derived competence-based discourse of the professional standard for teachers, but of also seeking to find some points of connection that may help start a dialogue between policy and research. The experience of new teachers is conceptualized as personal stories of identity formation with a clear emotional-relational dimension and a sense of self and intrinsic purpose in which others, especially colleagues and children, are central - themes not visible in the standard. The empirical context is that of new teachers in Scotland but the argument is supported through a wider literature that extends beyond the traditional limits of teacher education, drawing on, for example, notions of self-identity, pure relationship and ontological security in the work of Giddens. Whether a more constructive dialogue can begin depends partly on the extent to which the formal standard can be expected to capture the complex, personal nature of the beginner's experience, and partly on the possibility of research identifying particular areas of competence, such as understanding difference, that connect in some way to the standard

Study of optimal training protocols and devices for developing and maintaining physical fitness in females prior to and during space flight

Pedalling a bicycle at least ten minutes a day at 85% of maximum pulse rate, three days a week for ten weeks will produce moderate increases in overall strength and physical work capacity in college-age females. The longer the training session, up to thirty minutes per session, the greater are the increases in physical work capacity that result when college-age females are trained three days a week for ten weeks at 85% of their maximum heart rate

Isokinetic exercise: A review of the literature

Isokinetic muscle training has all the advantages of isometrics and isotonics while minimizing their deficiencies. By holding the speed of movement constant throughout the full range of motion, isokinetic training devices respond with increased resistance rather than acceleration when the power output of the muscle is increased. Isokinetic training is superior to isometric and isotonic training with respect to increases in strength, specificity of training, desirable changes in motor performance tasks, lack of muscle soreness, and decreases in relative body fat

Leveraging Disaster: Promoting Social Justice and Holistic Recovery through Policy Advocacy after Hurricane Katrina

After disasters, the recovery process is uneven, and often, the social vulnerability of populations before a disaster translates into a lack of access to political power after the event. This study proposes that a large-scale event presents an opportunity to overcome these challenges and improve social, economic, political, and environmental conditions for affected communities during the recovery process by involving advocates for traditionally marginalized community members in the recovery. Using textual analysis to code the testimony of 240 witnesses who testified in 41 congressional hearings held after Hurricane Katrina, witnesses who advocated for policies that addressed social inequities are identified and their proposals analyzed. Advocacy groups were well represented, comprising nearly 27 percent of the total witnesses at the congressional hearings, and addressed race, class, poverty, and the environment in recovery proposals. The proposals reflected a holistic recovery approach, incorporating ideas of sustainability, resilience, and considerations of social equity

Sedimentary Conditions at a Tidal Creek that Exhibits Seasonal Pelagic-Benthic Variations

Tidal creeks in the Grand Strand of South Carolina are small but numerous connectors between land and ocean. One of these creeks, White Point Swash, exhibits a seasonal switch between planktonic and benthic photosynthesizers. As plankton become less abundant in fall, benthic macroalgae bloom, aided by lower water levels due to fall-winter dredging of the main channel, until late Spring. This study builds on previous findings and examines sedimentary conditions at this site further. Sedimentary chlorophyll a (in microphytobenthos) and pore water nutrient concentrations are confirmed to be higher than water-column concentrations. Sedimentary nutrient fluxes to the sediment-water interface, calculated using Fick’s First Law, are high and are presumed to drive the observed abundant microphytobenthos and benthic macroalgae. Considering the eutrophication risks posed by blooms of phytoplankton and macroalgae, this study provides further insight into the ecological function of this and other urbanized tidal creeks in the region

Impact-induced acceleration by obstacles

We explore a surprising phenomenon in which an obstruction accelerates, rather than decelerates, a moving flexible object. It has been claimed that the right kind of discrete chain falling onto a table falls \emph{faster} than a free-falling body. We confirm and quantify this effect, reveal its complicated dependence on angle of incidence, and identify multiple operative mechanisms. Prior theories for direct impact onto flat surfaces, which involve a single constitutive parameter, match our data well if we account for a characteristic delay length that must impinge before the onset of excess acceleration. Our measurements provide a robust determination of this parameter. This supports the possibility of modeling such discrete structures as continuous bodies with a complicated constitutive law of impact that includes angle of incidence as an input.Comment: small changes and corrections, added reference

An Exploratory Study of Forces and Frictions affecting Large-Scale Model-Driven Development

In this paper, we investigate model-driven engineering, reporting on an exploratory case-study conducted at a large automotive company. The study consisted of interviews with 20 engineers and managers working in different roles. We found that, in the context of a large organization, contextual forces dominate the cognitive issues of using model-driven technology. The four forces we identified that are likely independent of the particular abstractions chosen as the basis of software development are the need for diffing in software product lines, the needs for problem-specific languages and types, the need for live modeling in exploratory activities, and the need for point-to-point traceability between artifacts. We also identified triggers of accidental complexity, which we refer to as points of friction introduced by languages and tools. Examples of the friction points identified are insufficient support for model diffing, point-to-point traceability, and model changes at runtime.Comment: To appear in proceedings of MODELS 2012, LNCS Springe

A three-tier knowledge management scheme for software engineering support and innovation

To ensure smooth and successful transition of software innovations to enterprise systems, it is critical to maintain proper levels of knowledge about the system configuration, the operational environment, and the technology in both existing and new systems. We present a three-tier knowledge management scheme through a systematic planning of actions spanning the transition processes in levels from conceptual exploration to prototype development, experimentation, and product evaluation. The three-tier scheme is an integrated effort for bridging the development and operation communities, maintaining stability to the operational performance, and adapting swiftly to software technology innovations. The scheme combines experiences of academic researches and industrial practitioners to provide necessary technical expertise and qualifications for knowledge management in software engineering support (SES) processes