Appropriate Physical Education Service for ALL Students

All students, including those with disabilities, deserve appropriate, safe, and meaningful physical education instructional programs as identified by Texas Education Agency (2006) and that are reflected in the National Association for Sport and Physical Education (NASPE, 2005) standards

Redsharc: A Programming Model and On-Chip Network for Multi-Core Systems on a Programmable Chip

The reconfigurable data-stream hardware software architecture (Redsharc) is a programming model and network-on-a-chip solution designed to scale to meet the performance needs of multi-core Systems on a programmable chip (MCSoPC). Redsharc uses an abstract API that allows programmers to develop systems of simultaneously executing kernels, in software and/or hardware, that communicate over a seamless interface. Redsharc incorporates two on-chip networks that directly implement the API to support high-performance systems with numerous hardware kernels. This paper documents the API, describes the common infrastructure, and quantifies the performance of a complete implementation. Furthermore, the overhead, in terms of resource utilization, is reported along with the ability to integrate hard and soft processor cores with purely hardware kernels being demonstrated

Perspectives on Publication Among Highly Productive Women Adapted Physical Activity Scholars [Abstract]

The purpose was to examine perspectives on publication of highly productive women adapted physical activity scholars. In-depth interviews were conducted with 13 women from three countries, and data were analyzed utilizing constant comparison methodology. Profiles of two groups, significantly different on publication productivity, emerged and were named highest high producers (HHP) and other high producers (OHP). Similarities between the two groups included affective domain qualities, facilitating factors, and overcoming barriers. Differences were mainly in degree of self-determination, prioritization of writing relative to significant others, collaboration, and collegiality. Based on thematic analysis of interview data, we posited the following: high publication productivity of women adapted physical activity professionals is associated with internal motivation to write, which is enhanced by positive interactions with other professionals, supportive home environments, and supportive work environments.</jats:p

Pbx homeodomain proteins pattern both the zebrafish retina and tectum

<p>Abstract</p> <p>Background</p> <p><it>Pbx </it>genes encode TALE class homeodomain transcription factors that pattern the developing neural tube, pancreas, and blood. Within the hindbrain, Pbx cooperates with Hox proteins to regulate rhombomere segment identity. Pbx cooperates with Eng to regulate midbrain-hindbrain boundary maintenance, and with MyoD to control fast muscle cell differentiation. Although previous results have demonstrated that Pbx is required for proper eye size, functions in regulating retinal cell identity and patterning have not yet been examined.</p> <p>Results</p> <p>Analysis of retinal ganglion cell axon pathfinding and outgrowth in <it>pbx2/4 </it>null embryos demonstrated a key role for <it>pbx </it>genes in regulating neural cell behavior. To identify Pbx-dependent genes involved in regulating retino-tectal pathfinding, we conducted a microarray screen for Pbx-dependent transcripts in zebrafish, and detected genes that are specifically expressed in the eye and tectum. A subset of Pbx-dependent retinal transcripts delineate specific domains in the dorso-temporal lobe of the developing retina. Furthermore, we determined that some Pbx-dependent transcripts also require Meis1 and Gdf6a function. Since <it>gdf6a </it>expression is also dependent on Pbx, we propose a model in which Pbx proteins regulate expression of the growth factor <it>gdf6a</it>, which in turn regulates patterning of the dorso-temporal lobe of the retina. This, in concert with aberrant tectal patterning in <it>pbx2/4 </it>null embryos, may lead to the observed defects in RGC outgrowth.</p> <p>Conclusion</p> <p>These data define a novel role for Pbx in patterning the vertebrate retina and tectum in a manner required for proper retinal ganglion cell axon outgrowth.</p

The Vehicle, December 1959, Vol. 1 no. 5

Vol. 1, No. 5 Table of Contents To The Readerpage 2 JudyRobert Mills Frenchpage 3 The FarmerRobert C. Millerpage 5 Bah! Humbug!The Skepticpage 5 Looking BackwardThe Optimistpage 7 Strangers in the TownAl Brookspage 7 Not Once OnlyA.B. Carterpage 8 OlogyRon Kellypage 8 SnowJean Nightingalepage 8 Moment of PowerJ.B. Youngpage 9 LifeRobert C. Millerpage 13 The Restless SeaRhonda McGowanpage 14 Approaching of the YuleRoger Perkinspage 14 The Old ModelMary Ellen Mockbeepage 15 \u27Tis the SeasonR.M.F.page 15 The Spirit of ChristmasKathleen Ferreepage 16 Christmas in the HeartKathleen Ferreepage 16 That\u27s BoysKathleen Ferreepage 16https://thekeep.eiu.edu/vehicle/1001/thumbnail.jp

The Vehicle, December 1959, Vol. 1 no. 5

Vol. 1, No. 5 Table of Contents To The Readerpage 2 JudyRobert Mills Frenchpage 3 The FarmerRobert C. Millerpage 5 Bah! Humbug!The Skepticpage 5 Looking BackwardThe Optimistpage 7 Strangers in the TownAl Brookspage 7 Not Once OnlyA.B. Carterpage 8 OlogyRon Kellypage 8 SnowJean Nightingalepage 8 Moment of PowerJ.B. Youngpage 9 LifeRobert C. Millerpage 13 The Restless SeaRhonda McGowanpage 14 Approaching of the YuleRoger Perkinspage 14 The Old ModelMary Ellen Mockbeepage 15 \u27Tis the SeasonR.M.F.page 15 The Spirit of ChristmasKathleen Ferreepage 16 Christmas in the HeartKathleen Ferreepage 16 That\u27s BoysKathleen Ferreepage 16https://thekeep.eiu.edu/vehicle/1001/thumbnail.jp

Corresponding morphological and molecular indicators of crude oil toxicity to the developing hearts of mahi mahi

Crude oils from distinct geological sources worldwide are toxic to developing fish hearts. When oil spills occur in fish spawning habitats, natural resource injury assessments often rely on conventional morphometric analyses of heart form and function. The extent to which visible indicators correspond to molecular markers for cardiovascular stress is unknown for pelagic predators from the Gulf of Mexico. Here we exposed mahi (Coryphaena hippurus) embryos to field-collected crude oil samples from the 2010 Deepwater Horizon disaster. We compared visible heart defects (edema, abnormal looping, reduced contractility) to changes in expression of cardiac-specific genes that are diagnostic of heart failure in humans or associated with loss-of-function zebrafish cardiac mutants. Mahi exposed to crude oil during embryogenesis displayed typical symptoms of cardiogenic syndrome as larvae. Contractility, looping, and circulatory defects were evident, but larval mahi did not exhibit downstream craniofacial and body axis abnormalities. A gradation of oil exposures yielded concentration-responsive changes in morphometric and molecular responses, with relative sensitivity being influenced by age. Our findings suggest that 1) morphometric analyses of cardiac function are more sensitive to proximal effects of crude oil-derived chemicals on the developing heart, and 2) molecular indicators reveal a longer-term adverse shift in cardiogenesis trajectory

Phytochemicals as antibiotic alternatives to promote growth and enhance host health

There are heightened concerns globally on emerging drug-resistant superbugs and the lack of new antibiotics for treating human and animal diseases. For the agricultural industry, there is an urgent need to develop strategies to replace antibiotics for food-producing animals, especially poultry and livestock. The 2nd International Symposium on Alternatives to Antibiotics was held at the World Organization for Animal Health in Paris, France, December 12-15, 2016 to discuss recent scientific developments on strategic antibiotic-free management plans, to evaluate regional differences in policies regarding the reduction of antibiotics in animal agriculture and to develop antibiotic alternatives to combat the global increase in antibiotic resistance. More than 270 participants from academia, government research institutions, regulatory agencies, and private animal industries from >25 different countries came together to discuss recent research and promising novel technologies that could provide alternatives to antibiotics for use in animal health and production; assess challenges associated with their commercialization; and devise actionable strategies to facilitate the development of alternatives to antibiotic growth promoters (AGPs) without hampering animal production. The 3-day meeting consisted of four scientific sessions including vaccines, microbial products, phytochemicals, immune-related products, and innovative drugs, chemicals and enzymes, followed by the last session on regulation and funding. Each session was followed by an expert panel discussion that included industry representatives and session speakers. The session on phytochemicals included talks describing recent research achievements, with examples of successful agricultural use of various phytochemicals as antibiotic alternatives and their mode of action in major agricultural animals (poultry, swine and ruminants). Scientists from industry and academia and government research institutes shared their experience in developing and applying potential antibiotic-alternative phytochemicals commercially to reduce AGPs and to develop a sustainable animal production system in the absence of antibiotics.Fil: Lillehoj, Hyun. United States Department of Agriculture. Agricultural Research Service; ArgentinaFil: Liu, Yanhong. University of California; Estados UnidosFil: Calsamiglia, Sergio. Universitat Autònoma de Barcelona; EspañaFil: Fernandez Miyakawa, Mariano Enrique. Consejo Nacional de Investigaciones Científicas y Técnicas; Argentina. Instituto Nacional de Tecnología Agropecuaria. Centro de Investigación en Ciencias Veterinarias y Agronómicas. Instituto de Patobiología; ArgentinaFil: Chi, Fang. Amlan International; Estados UnidosFil: Cravens, Ron L.. Amlan International; Estados UnidosFil: Oh, Sungtaek. United States Department of Agriculture. Agricultural Research Service; ArgentinaFil: Gay, Cyril G.. United States Department of Agriculture. Agricultural Research Service; Argentin

Crop Updates 1999 - Lupins

This article contains twenty three papers 1998 LUPIN HIGHLIGHTS LUPIN ANTHRACNOSE 1. Anthracnose overview, Greg Shea, Geoff Thomas and Mark Sweetingham, Agriculture Western Australia 2. Anthracnose – Critical seed infection levels for resistant and susceptible varieties, Geoff Thomas, Mark Sweetingham, Bill O\u27Neill and Greg Shea, Agriculture Western Australia 3. Fungicide seed treatment for anthracnose and brown spot control in lupin, G. Thomas and M. Sweetingham, Agriculture Western Australia LUPIN BREEDING AND AGRONOMY 4. Anthracnose resistance in lupins – an innovative Australian research effort 1996-1998, Wallace Cowling1\u272, Bevan Buirchell1,2 Mark Sweetinqham1,2, Hua\u27an Yang2, Geoff Thomas 1, David Luckett3, Allan Brown4 and John Hamblin2, 1 Agriculture Western Australia, 2 Centre for Legumes in Mediterranean Agriculture, University of Western Australia, 3 NSW Agriculture, Agricultural Institute, Wagga Wagga, NSW, 4 Consultant, 16 Rochester Way, Dianella, WA 5. Gene transfer to pulses: Challenges through 1989-99. Joanne E. Barton, Centre for Legumes in Mediterranean Agriculture, University of Western Australia 6. Can we select for restricted branching in narrow-leafed lupin (Lupinus angustifolius) Kedar Adhikari1, Nick Galwey1and Miles Dracup2, 1Plant Sciences, Faculty of Agriculture, The University of Western Australia,2 Agriculture Western Australia 7. Getting the beat out of new lupin varieties, Dr Bob French, Grain Legume Agronomist, Agriculture Western Australia 8. Starter nitrogen on lupins, Dr Bob French, Grain Legume Agronomist, Agriculture Western Australia APHIDS AND VIRUS CONTROL 9. Forecasting aphid and virus risk in lupins, Debbie Thackray and Roger Jones, CRC for Legumes in Mediterranean Agriculture and Agriculture Western Australia 10. Screening for resistance to cucumber mosaic virus in lupins, Roger Jones, Brenda Coutts, Narelle Reeve, Wallace Cowling and Bevan Buirchell, Agriculture Western Australia and CRC for Legumes in Mediterranean Agriculture 11. The non-necrotic strain of bean yellow mosaic virus spreads faster than the necrotic strain in lupins, Y. Cheng 1 and R.A.C. Jones 1•2, 1 Cooperative Research Centre for Legumes in Mediterranean Agriculture, 2 Agriculture Western Australia 12. Spraying to control aphid feeding damage increases yields of some lupin varieties and faba bean, Francoise Berlandier and Linnet Cartwright, Entomology, Agriculture Western Australia LUPIN NUTRITION 13. Calculated lime requirements for rotations, James Fisher1, Art Diggle 1•2 and Bill Bowden 1•2, 1 Centre for Legumes in Mediterranean Agriculture, 2 Agriculture Western Australia 14. What does lime do to acidic soils – lupin nutrition, Chris Gazey, Research Officer, Agriculture Western Australia 15. Effect of application method of manganese fertiliser and manganese concentration of seed source on seed yield of lupins grown in the West Midlands, Luigi Moreschi, CSBP Area Manager HERBICIDE TOLERANCE AND WEED CONTROL 16. Herbicide tolerance of lupins, Terry Piper, Weed Science Group, Agriculture Western Australia 17. Weed control in Wodjil yellow lupins, Terry Piper, Weed Science Group, Agriculture Western Australia 18. Herbicide tolerance of new lupin varieties, Peter Newman, Agronomist, Elders Mingenew 19. Control of volunteer canola in lupins, Terry Piper and Dave Nicholson, Weed Science Group, Agriculture Western Australia LUPIN ESTABLISHMENT 20. A new seed pressing system for healthy lupin establishment and productivity, Mohammad Amjad, Glen Riethmuller and Ron Jarvis, Agriculture Western Australia 21. Encouragement for controlled traffic farming in the Northern Wheatbelt, Paul Blackwell, Agriculture Western Australia LUPIN HARVESTING 22. Improved lupin harvesting efficiency with different knife guard extensions, Glen Riethmuller, Agriculture Western Australia LUPIN AND PULSE UTILISATION 23. The value of pulse grains for sheep, C.L. White, CSIRO Division of Animal Productio