MF1142

Michael H. Bradshaw & G. Morgan Powell, Organic chemicals and radionuclides in drinking water, Kansas State University, July 2003

MF1094

Michael H. Bradshaw and G. Morgan Powell, Sodium in drinking water, Kansas State University, October 2002

MF912

Michael H. Bradshaw & G. Morgan Powell, Understanding your water test report: microbiological, inorganic chemicals and nuisances, Kansas State University, October 2004

An adaptive embedded mesh procedure for leading-edge vortex flows

Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76634/1/AIAA-1989-80-667.pd

Alternate cyclin D1 mRNA splicing modulates P27\u3csup\u3eKlP1\u3c/sup\u3e binding and cell migration

Cyclin D1 is an important cell cycle regulator but in cancer its overexpression also increases cellular migration mediated by p27KlP1 stabilization and RhoA inhibition. Recently, a common polymorphism at the exon 4-intron 4 boundary of the human cyclin D1 gene within a splice donor region was associated with an altered risk of developing cancer. Altered RNA splicing caused by this polymorphism gives rise to a variant cyclin D1 isoform termed cyclin D1b, which has the same N-terminus as the canonical cyclin D1a isoform but a distinct C-terminus. In this study we show that these different isoforms have unique properties with regard to the cellular migration function of cyclin D1. Whereas they displayed little difference in transcriptional co-repression assays on idealized reporter genes, microarray cDNA expression analysis revealed differential regulation of genes including those that influence cellular migration. Additionally, while cyclin D1a stabilized p27KIP1 and inhibited RhoA-induced ROCK kinase activity, promoting cellular migration, cyclin D1b failed to stabilize p27KIP1 or inhibit ROCK kinase activity and had no effect on migration. Our findings argue that alternate splicing is an important determinant of the function of cyclin D1 in cellular migration

Large Angle Transient Dynamics (LATDYN) user's manual

A computer code for modeling the large angle transient dynamics (LATDYN) of structures was developed to investigate techniques for analyzing flexible deformation and control/structure interaction problems associated with large angular motions of spacecraft. This type of analysis is beyond the routine capability of conventional analytical tools without simplifying assumptions. In some instances, the motion may be sufficiently slow and the spacecraft (or component) sufficiently rigid to simplify analyses of dynamics and controls by making pseudo-static and/or rigid body assumptions. The LATDYN introduces a new approach to the problem by combining finite element structural analysis, multi-body dynamics, and control system analysis in a single tool. It includes a type of finite element that can deform and rotate through large angles at the same time, and which can be connected to other finite elements either rigidly or through mechanical joints. The LATDYN also provides symbolic capabilities for modeling control systems which are interfaced directly with the finite element structural model. Thus, the nonlinear equations representing the structural model are integrated along with the equations representing sensors, processing, and controls as a coupled system

Rebranding a South Los Angeles Corner Store: The Unique Logic of Retail Brands

Retail brands are important mediators of culture and value that help us understand contemporary consumption. Drawing on a collaborative ethnographic approach to a corner store-rebranding project in South Los Angeles, we demonstrate the ways in which physical retail spaces and their curated product mix can shape specific types of shopping experiences and behaviors. Building on recent studies of brand, we argue that retail curation is another important consideration for understanding how brand communications are formed, filtered and expressed. Expanding on theorizations of brand we demonstrate how retail brands, as physical sites of experience, can attempt to influence relationships between consumption, identity and behavior

Beef empire carcass merit days index system

Kansas State University, in cooperation with the Beef Empire Days committee, developed a new beef carcass index system for 1991, incorporating yield and quality traits as indicators of carcass merit. Development of the system considered current industry and consumer demands in a critical evaluation of final carcass ranking. The index starts from 100 points and applies positive and negative adjustments for hot carcass weight; ribeye area; adjusted 12th rib fat thickness; percent kidney, pelvic, and heart fat; and quality grade. The index was first used in 1991