609 research outputs found
[EB 2011, Keith & Marion Moore Young Anatomist�s Publication Award]
No full text[Title supplied by cataloger]Keith & Marion Moore Young Anatomist's Publication Award Recipient Jason Organ, AAA Awards Banquet at the 2011 Experimental Biology conference
UA12/2/1 Unknown Soldiers
No full textSpecial football edition of the College Heights Herald: Farner, Keith. Unknown Soldiers – Football Moore, Michael. Air Raid to Play Major Role in Tops’ Season Schoenbaechler, Danny. Coach: Running Backs Look Great Hightower, Kyle. Longtime Understudy, Jason Michael Getting His Turn to Shine on Field Moore, Michael. Linebackers Will Lead Casagrande, Michael. Coaches Hold Great Expectation for Kickers Schoenbaechler, Danny. Team’s Opener Should Prepare Hilltoppers for the Long Haul Hightower, Kyle. It’s No Laughing Matter, Jason Michael is the Hilltopper Quarterback No
The Effect of Thermocycling on the Failure Load of a Standard Orthodontic Resin in Shear-Peel, Tension, and Torsion
No full textIndiana University-Purdue University Indianapolis (IUPUI)New products are frequently developed for bonding brackets. This continuum brings about incessant studies attempting to prove or disprove their value. The need to compare the results of bond failure studies is made difficult if not impossible by the variation of published testing methods. The purpose of this study is to compare the differential effects of thermocycling, as a lab protocol, on three debonding techniques, shear-peel, tension, and torsion when using a traditional orthodontic resin adhesive. A standard orthodontic resin, Transbond™ XT (3M Unitek, Monrovia, CA) was used to bond 102 flattened 0.018-inch stainless steel brackets (3M Unitek) to flattened bovine incisors. Two step acid etching and priming (37 % phosphoric acid gel and Transbond MIP Primer, 3M Unitek) was used to prepare the enamel for bonding. During bonding, the resin thickness was held consistent. The bonding was accomplished under controlled temperature and humidity. Half of the samples were thermocycled prior to debonding. The samples were debonded in shear-peel, tension, and torsion. The data showed no significant differences between thermocycling and nonthermocycling in shear-peel or torsion, but in tension the thermocycling group had a statistically significant higher failure load. Overall, was a trend toward increased bond strength in the thermocycled group. The increase is likely the result of continued polymerization during thermocycling. The statistical difference that is noted in tension is thought to be due to the location of the highest stress being in the center of the resin pad. This would be the location of the least initial polymerization. The use of thermocycling as a lab protocol during bracket failure studies in shear-peel and torsion is not necessary when using traditional orthodontic resin
Political life writing in the Pacific
No full textThis book aims to reflect on the experiential side of writing political lives in the Pacific region. The collection touches on aspects of the life writing art that are particularly pertinent to political figures: public perception and ideology; identifying important political successes and policy initiatives; grappling with issues like corruption and age-old political science questions about leadership and ‘dirty hands’. These are general themes but they take on a particular significance in the Pacific context and so the contributions explore these themes in relation to patterns of colonisation and the memory of independence; issues elliptically captured by terms like ‘culture’ and ‘tradition’; the nature of ‘self’ presented in Pacific life writing; and the tendency for many of these texts to be written by ‘outsiders’, or at least the increasingly contested nature of what that term means
EVOLUTIONARY GENETICS: CONCEPTS AND CASE STUDIES
No full textContributors -- Pt. I. Principles of evolutionary genetics -- 1. From Mendel to molecules: a brief history of evolutionary genetics / Michael R. Dietrich -- 2. Genetic variation / Marta L. Wayne and Michael M. Miyamoto -- Box 2.1. Maternal effects / Timothy A. Mousseau -- 3. Maturation / David Houle and Alexey Kondrashov -- 4. Natural selection / Michael J. Wade -- Box 4.1. Defining and measuring fitness / Daphne J. Fairbairn -- 5. Stochastic processes in evolution / John H. Gillespie -- Box 5.1. The probability of extinction of an allele -- Box 5.2. Mutational landscape model -- 6. Genetics and evolution in structured populations / Charles J. Goodnight -- Box 6.1. Epistasis and the conversion of genetic variance / Jason B. Wolf -- 7. Detecting selection at the molecular level / Michael W. Nachman -- 8. Rates of molecular evolution / Francisco Rodríguez-Trelles, Rosa Tarrío and Francisco J. Ayala -- Box 8.1. Timing evolutionary events with a molecular clock -- Box 8.2. Testing the hypothesis of the molecular clock -- 9. Weak selection on noncoding gene features / Ying Chen and Wolfgang Stephan -- 10. Evolution of eukaryotic genome structure / Dmitri A. Petrov and Jonathan F. Wendel -- 11. New genes, new functions: gene family evolution and phylogenetics / Joe Thornton -- 12. Gene genealogies / Noah A. Rosenberg -- Box 12.1. Horizontal inheritance -- Pt. III. From genotype to phenotype -- 13. Gene function and molecular evolution / Simon C. Lovell -- Box 13.1. The role of gene interaction networks in evolution / Stephen R. Proulx -- 14. Evolution of multidomain proteins / László Patthy -- 15. Evolutionary developmental bioethics / David L. Stern -- Box 15.1. Hox genes -- Box 15.2. Functional assays in nonmodel organisms -- 16. Canalization / Mark L. Siegal and Aviv Bergman -- Box 16.1. Computational modeling of the evolution of gene regulatory networks -- 17. Evolutionary epigenetics / Eva Jablonka and Marion J. Lamb -- Pt. IV. Quantitative genetics and selection -- 18. Evolutionary quantitative genetics / Derek A. Roff -- Box 18.1. Individual fitness surfaces and multivariate selection / Jason B. Wolf -- 19. Genetic architecture of quantitative variation / James M. Cheverud -- Box 19.1. Genotypic values: additivity, dominance, and epistasis -- Box 19.2. Genic values and genetic variances -- Box 19.3. How to perform a QTL analysis -- Box 19.4. Evolutionary morphometrics / Christian Peter Klingenberg -- Box 19.5. Modularity / Jason G. Mezey -- 20. Evolution of genetic variance-covariance structure / Patrick C. Phillips and Katrina L. McGuigan -- Box 20.1. What is a covariance? -- Box 20.2. Pleiotropic effects -- Box 20.3. Evolution of the G matrix -- 21. Genotype-environment interactions and evolution / Samuel M. Scheiner -- 22. Genetics of sexual selection / Allen J. Moore and Patricia J. Moore -- 23. Social selection / Steven A. Frank -- Box 23.1. Coefficients of relatedness -- Pt. V. Genetics of speciation -- Box. Species concepts / James Mallet -- 24. The evolution of reproductive isolating barriers / Norman A. Johnson -- 25. Genetics of reproductive isolation and species differences in model organisms / Pawel Michalak and Mohamed A.F. Noor -- Box 25.1. The Dobzhansky-Muller model -- 26. Natural hyrbridization / Michael L. Arnold and John M. Burke -- Box 26.1. Potential outcomes of natural hybridization -- 27. Population bottlenecks and founder effects / Lisa Marie Meffert -- Box 27.1. Models of the shifts in selection pressures experienced by bottlenecked populations -- 28. Theory of phylogenetic estimation / Ashley N. Egan and Keith A. Crandall -- Box 28.1. Philosophical and methodological differences in phylogenetics -- 29. Evolutionary genetics of host-parasite interactions / Paula X. Kover -- Box 29.1. The coevolutionary consequences of tolerance versus resistance -- Box 29.2. Arabidopis as a model organism in evolutionary genetics / Kentara K. Shimizu and Michael D. Puruggaman -- Box 29.3. Evolution of virulence -- 30. The evolutionary genetics of senescence / Daniel E.L. Promislow and Anne M. Bronikowski -- Box 30.1. Demography of an age-structured population -- Box 30.2. Drosophila as a model organism in evolutionary biology / Jeffrey R. Powell -- 31. Experimental evolution / Adam K. Chippindale -- Box 31.1. E. coli as a model organism in evolutionary genetics / Richard E. Lenski -- 32. Evolutionary conservation genetics / Richard Frankham -- Glossary -- References -- Inde
The influence of African sculpture on British art, 1910-1930
No full textThis thesis aims to discuss the influence of African wood sculpture
on British art from 1910 to 1930. It proposes that the works, tastes and
pronouncements of various 20th century British artists betray this
influence and that although the British artists did not initially
understand the conceptual foundations of African sculpture their limited
knowledge was just sufficient for the modernization of British art
through the adaptation of the formal qualities of African art.
In assessing the validity of these propositions the thesis examines
the factors and issues that facilitated the influence. Chapter 1
discusses the formal qualities of African wood sculpture that attracted
the British artists. It outlines the unusual figural proportions, the
free and direct use of planar, linear and solid geometry, the treatment
of material and its surfaces.
The conceptual foundations of African sculpture are generally
outlined in Chapter 2. The extent to which the British artists
understood these foundations is also discussed.
Chapter 3 concerns the introduction of African sculpture to Britain
and discusses the development of the anthropological and subsequent
aesthetic interest that it aroused. Both the Post-Impressionist
Exhibitions and the Omega Workshops which facilitated its influence are
examined. Chapter 4 examines the concept and attempts to categorize the
nature of this influence.
The last three chapters act as case studies in which the impact of
African sculpture on Epstein, Gaudier-Brzeska and Henry Moore is
examined. The conclusion discusses the term 'Primitive' and the British
artists and the 'Primitive
Recommended from our members
Men's Football team, 1995
No full textFront Row- Dan Joseph, Khalid Rucker, Don Chaban, Brad Forrest, Steve Astorino, Capt. Rich Regan, Capt. Kevin Ranucci, Capt. Ernie Ansah, Dan Horgan, Chris Moore, James Dubord, Tony Minto, Todd Kelleher; Second Row- Pat Holcomb, Darren Levack, Kyle Heppenstall, Frank TOwnsend, Pat Blais, Chuck QUinn, Brian Learned, Shawn Taylor, Todd Slade, Sean Wright, Jay Antonetti, Jason Mickey; Third Row- Justin Keith, om Kramer, Scott Theriault, Dan Murphy, Kevin O'Neil, Matt Barrows, James Blum, Erik THiemke, Kevin Groth, Ryan Horgan; Fourth Row- Damon Scott, Pat MacDonald, Jason Merry, Matt Surette, David Sullivan, Nate Cote, Josh HInes, Adams Abrams, Jim Usowicz, Brian Susol, Brian Spink, Rob Rucillo; Fifth Row- Mark Balcius, Erik Newland, Justin Dyer, Charles Swanberg, Jeff Navin, Mike Godfrey, Richard Boardman, Mike Tyburksi, Dylan O'Connor, Tyson Royce, Jason Dubois; Sixth Row- Paul Ganchi, Brett Fricke, Ryan Foreman, Dave Bernard, Mike Ondrasek, Jake Philbrick, Matt Seitz, Steve Gentilucci, Tim Bosco, Dylan Peters, Matt Coppola; Seventh Row- Bill Allen, ed Fichera, Greg Putnam Joel Oritz, Dave Lafleur, Scott Kendall, Sean Duffy, Matt Davy; Back Row- Coach Bob Lord, Coach Matt Ballard, Coach John Matuszewski, Coach Clay Moose, Head Coach Kevin Morris, Coach Ross Eberhart, Heach Eric LaPlaca, Coach Dave Mosi
Frestas no Tempo e as Novas Agentividades Históricas no Antropoceno
No full textO presente artigo tem como objetivo refletir acerca da reconfiguração epistemológica da ciência histórica suscitada pelo conceito de Antropoceno. Para tanto, foi dividido em três partes. Na primeira, a partir de autores como Ailton Krenak, Keith Thomas, Bruno Latour, Isabelle Stengers e Pierre Clastres questiona-se a neutralidade dos discursos científicos e filosóficos. A segunda parte se destina a analisar as diversas formas de se compreender historicamente e de se nomear a atual crise socioambiental tendo como base as contribuições de Jason Moore e Donna Haraway. Por fim, avalia, no campo da ciência histórica, algumas implicações teóricas da percepção de que o planeta é dotado de uma historicidade própria. Para isso, dialoga com o geocientista Jan Zalasiewicz e demais autores, como Zoltan Simon que propõe outras formas de se pensar agentividades históricas, temporalidades e a própria noção de historicidade
Dietary patterns in infancy: the importance of maternal and family influences on feeding practice
No full textIt is not known what constitutes an optimal diet in infancy. There are relatively few studies of weaning practice in the UK, and there is a need for prospective data on the effects of infant diet and nutrition on health in later life. We describe the dietary patterns, defined using principal components analysis of FFQ data, of 1434 infants aged 6 and 12 months, born between 1999 and 2003. The two most important dietary patterns identified at 6 and 12 months were very similar. The first pattern was characterised by high consumption of fruit, vegetables and home-prepared foods ('infant guidelines' pattern). The second pattern was characterised by high consumption of bread, savoury snacks, biscuits and chips ('adult foods' pattern). Dietary pattern scores were correlated at 6 and 12 months (r 0.46 'infant guidelines'; r 0.45 'adult foods'). These patterns, which reflect wide variations in weaning practice, are associated with maternal and family characteristics. A key influence on the infant diet is the quality of the maternal diet. Women who comply with dietary recommendations, and who have high intakes of fruit and vegetables, wholemeal bread and rice and pasta, are more likely to have infants who have comparable diets - with high 'infant guidelines' pattern scores. Conversely, women whose own diets are characterised by high intakes of chips, white bread, crisps and sweets are more likely to have infants who have high 'adult foods' pattern scores. The effects of these patterns on growth and development, and on long-term outcomes need to be investigated
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