Tracking the Evolution of the Companionate Marriage Ideal in Early Modern Comedies

This thesis examines the socially constructed ideal of companionate marriage in Elizabethan and Jacobean England through four dramas by Christopher Marlowe, William Shakespeare, John Fletcher, Thomas Dekker and Thomas Middleton. It probes the question of how these theatrical productions of early modern England fit within or defy the emerging social trends regarding companionate marriage. It uses socioeconomic statuses, religious affiliations, and emerging notions of race as lenses through which to analyze the romantic couples depicted in these plays. The results of this study indicate that, while exact authorial intentions remain unknown, these plays served as proponents of the companionate marriage while dually challenging the persisting restrictive social norms that prevented prospective unions between religiously, socioeconomically, and/or racially divergent individuals

Computer program MCAP provides for steady state thermal and flow analysis of multiple parallel channels in heat generating solid

Computer program /MCAP/ calculates the temperature distribution in a heat generating solid complicated by nonuniform power and flow distributions between multiple channels. It determines the channel diameters coefficients, the effects of tolerences, the pressure drop at a given flowrate, or the flowrate for a specific pressure drop

Introduction

From the margins, we find ourselves well positioned to tell other stories -- life histories, traditions, and cultural myths which typically go unheard in dominant society.[2] As illustrated in the lead article, A Pattern of Possibility: Maxine Hong Kingston\u27s Woman Warrior, by Thelma J. Shinn, such stories are meronymic -- mero from the Greek meaning part -- because our unique social location allows us to see beyond the dominant mythos and tell other parts of the story. Telling these stories is not only empowering to those whom we name, but it also changes and transforms the official storyline itself. Life stories of marginalized peoples demonstrate time and again that there is no one story, no one way of seeing, thinking, or feeling. Moreover, the core of these stories and identities reveal multiple parts of a more inclusive story, a more inclusive way of thinking. Further, meronymic stories unveil the complex operations of power and domination which have denied and suppressed other voices. This special issue of Explorations in Ethnic Studies on race, class, and gender is devoted to telling the other parts of the story

Interest Rates and Their Prospect in the Recovery

macroeconomics, interest rates

Selected Readings On Race, Class, and Gender

Selected Readings On Race, Class, and Gende

Evaluation of infrared imagery applications to studies of surficial geology, Yellowstone Park

Infrared photography of surficial geology of Yellowstone Par

The application of generalized, cyclic, and modified numerical integration algorithms to problems of satellite orbit computation

Generalized, cyclic, and modified multistep numerical integration methods are developed and evaluated for application to problems of satellite orbit computation. Generalized methods are compared with the presently utilized Cowell methods; new cyclic methods are developed for special second-order differential equations; and several modified methods are developed and applied to orbit computation problems. Special computer programs were written to generate coefficients for these methods, and subroutines were written which allow use of these methods with NASA's GEOSTAR computer program

Role of the kinesin neck region in processive microtubule-based motility.

Kinesin is a dimeric motor protein that can move along a microtubule for several microns without releasing (termed processive movement). The two motor domains of the dimer are thought to move in a coordinated, hand-over-hand manner. A region adjacent to kinesin's motor catalytic domain (the neck) contains a coiled coil that is sufficient for motor dimerization and has been proposed to play an essential role in processive movement. Recent models have suggested that the neck enables head-to-head communication by creating a stiff connection between the two motor domains, but also may unwind during the mechanochemical cycle to allow movement to new tubulin binding sites. To test these ideas, we mutated the neck coiled coil in a 560-amino acid (aa) dimeric kinesin construct fused to green fluorescent protein (GFP), and then assayed processivity using a fluorescence microscope that can visualize single kinesin-GFP molecules moving along a microtubule. Our results show that replacing the kinesin neck coiled coil with a 28-aa residue peptide sequence that forms a highly stable coiled coil does not greatly reduce the processivity of the motor. This result argues against models in which extensive unwinding of the coiled coil is essential for movement. Furthermore, we show that deleting the neck coiled coil decreases processivity 10-fold, but surprisingly does not abolish it. We also demonstrate that processivity is increased by threefold when the neck helix is elongated by seven residues. These results indicate that structural features of the neck coiled coil, although not essential for processivity, can tune the efficiency of single molecule motility