The Mount St. Joseph University, formerly College of Mount St. Joseph, is a private, Catholic, co-educational college located at Mount Saint Joseph, an unincorporated community near Cincinnati, Ohio, USA. Also known as “the Mount,” the college was founded in 1920 by the Sisters of Charity of Cincinnati and educates students through liberal arts and professional curricula. Enrollment exceeds 2,300, with over 1,800 undergraduate students and approximately 300 graduate students. The Mount offers 39 undergraduate programs, nine associate degrees, and pre-professional and certificate programs, as well as graduate programs in business administration, education, organizational leadership, religious studies, nursing, and physical therapy. Wikipedia.
Leslie J.L.,College of Mount St. Joseph
Journal of Christian nursing : a quarterly publication of Nurses Christian Fellowship | Year: 2017
One method for developing personal resilience is to listen to the stories of others who developed resilience. This article highlights the elements of spiritual practice, relationships, and education, as experienced by the first American saint, Elizabeth Ann Seton. Seton worked through immense suffering, demonstrating integration, adjustment, and growth. Her life story is an example of resilience as a practice that nurses can learn from today.
Lovett B.J.,Elmira College |
Sparks R.L.,College of Mount St. Joseph
Journal of Learning Disabilities | Year: 2013
Much has been written about gifted students with learning disabilities, but there have been few large-scale empirical investigations, and the concept has proven controversial. The authors reviewed the available empirical literature on these students, focusing on (a) the criteria by which the students were identified and (b) the students' performance on standardized tests of ability and achievement. In addition, the test scores of these students were aggregated to determine typical performance levels. A total of 46 empirical articles were reviewed, and major findings included wide variability in identification criteria across studies, frequent reliance on dubious methods of learning disability identification, and a lack of academic impairment among the identified students. Implications for the "gifted/LD" category are discussed. © Hammill Institute on Disabilities 2011.
Fischer M.W.F.,College of Mount St. Joseph |
Money N.P.,Miami University Ohio
Fungal Biology | Year: 2010
Gilled mushrooms are produced by multiple orders within the Agaricomycetes. Some species form a single array of unbranched radial gills beneath their caps, many others produce multiple files of lamellulae between the primary gills, and branched gills are also common. In this largely theoretical study we modeled the effects of different gill arrangements on the total surface area for spore production. Relative to spore production over a flat surface, gills achieve a maximum 20-fold increase in surface area. The branching of gills produces the same increase in surface area as the formation of free-standing lamellulae (short gills). The addition of lamellulae between every second gill would offer a slightly greater increase in surface area in comparison to the addition of lamellulae between every pair of opposing gills, but this morphology does not appear in nature. Analysis of photographs of mushrooms demonstrates an excellent match between natural gill arrangements and configurations predicted by our model. © 2009 The British Mycological Society.
Johnson E.,College of Mount St. Joseph
Proteins: Structure, Function and Bioinformatics | Year: 2012
The separability between overall and internal motions is evaluated over multiple folding trajectories of the villin headpiece subdomain. The analysis, which relies on the Prompers-Brüschweiler separability index, offers a potentially useful perspective on protein folding. The protein is considered folded in this study, not when it reaches some static target, but rather when it tumbles as a dynamically constrained object. The analysis also demonstrates how the separability index, when applied to protein folding simulations, can facilitate the analysis of NMR relaxation data. © 2012 Wiley Periodicals, Inc.
McDonough T.A.,College of Mount St. Joseph
Violence and Victims | Year: 2010
Based on theories of social exchange and cognitive decision-making, the current research was an initial attempt to analyze battered and nonbattered women's decision-making processes using a policy capturing methodology. Participants included 28 battered and 30 nonbattered women who responded to several questionnaires and vignettes about violent relationships. Overall, both groups of women reported they would be unlikely to stay in the described relationships. Further, the cue of violence intensity was overwhelmingly the most heavily weighted variable for women in both samples, and a comparison of subjective reports and objective policies found that both groups lacked insight into which variables they were weighing when deciding to stay. Results suggest that when making the intellectual decision to stay in an abusive relationship, battered and nonbattered women respond similarly. © 2010 Springer Publishing Company.
De La Garza J.M.,College of Mount St. Joseph |
Akyildiz S.,College of Mount St. Joseph |
Bish D.R.,College of Mount St. Joseph |
Krueger D.A.,College of Mount St. Joseph
Advanced Engineering Informatics | Year: 2011
Infrastructure systems in the US are in urgent need of maintenance and rehabilitation. According to the most recent factsheet published by the American Society of Civil Engineers, one of the top five infrastructure concerns of today in the US is the transportation system. The major challenge facing maintenance managers in state Departments of Transportation (DOTs) today is to preserve the road networks at an acceptable level of serviceability subject to the stringent yearly maintenance and rehabilitation (M&R) budgets. Maintenance managers must allocate such limited budgets among competing alternatives. Absence of simpler decision-making tools exacerbates the matter. This paper presents the development and implementation of a simpler, yet useful, network-level pavement maintenance optimization model, which is a Linear Program (LP) subject to budget constraints and the agencies' pavement performance goals in terms of total lane-miles in each pavement condition state. A decision-making tool is developed using Frontline Systems' Risk Solver Platform add-in for Microsoft Office Excel. This decision-making tool can compute the optimal amount of investment for each pavement treatment type in a given funding period. Pavement condition data pertaining to one of the Districts within a state DOT is used to test the model presented herein. Within this context, nine treatment types along with their corresponding unit prices ($/Lane-Mile), five pavement condition states, pavement deterioration rates, network-level pavement performance targets, and available annual maintenance budget for a 15-year planning horizon are defined. The results presented show how an annual highway maintenance budget needs to be allocated or determined to achieve the District's value proposition for various scenarios. Comparing the results of these varying scenarios provides insight on long-term strategies and the impact of target constraints on budget expenditures. © 2011 Elsevier Ltd. All rights reserved.
Johnson E.,College of Mount St. Joseph
Journal of Biomolecular NMR | Year: 2011
NMR order parameters are calculated from molecular dynamics computer simulations of ubiquitin and the apo (Ca 2+-free) state of calbindin D 9k. Calculations are performed in an expanding reference frame so as to discriminate between the effects of short- and long-range motions. This approach reveals that the dominant contributions to the order parameters are short-range. Longerrange contributions are limited to specific sites, many of which have been recognized in previous studies of correlated motions. These sites are identified on the basis of an effective reorientational number, n eff. Not only does this parameter identify sites of short- and long-range motion, it also provides a way of evaluating the separability condition that is key to the Lipari-Szabo model-free method. When analyzed in conjunction with the Prompers-Brüschweiler separability index, the n eff values indicate that longer-range motions play a more prominent role in apo calbindin than they do in ubiquitin. © Springer Science+Business Media B.V. 2011.
Szekely J.,College of Mount St. Joseph |
Collins M.,College of Mount St. Joseph |
Currie C.A.,College of Mount St. Joseph
Journal of Chromatography B: Analytical Technologies in the Biomedical and Life Sciences | Year: 2014
Since 2008 a significant amount of work has focused on the development of methods to analyze contaminated heparin. This work focuses on utilizing heparin's ability to serve as a chiral selector as a means for determining contamination. Specifically, the effect of contamination on the separation of pheniramine and chloroquine enantiomers was explored. Separations were conducted using heparin contaminated with chondroitin sulfate at varying levels. For each pair of enantiomers, electrophoretic mobility and resolution were calculated. For pheniramine enantiomers, an increase in contamination leads to a decrease in the electrophoretic mobility and resolution. A linear relationship between contamination level and electrophoretic mobility of the pheniramine enantiomers was observed for the entire contamination range. A linear relationship was also found between contamination level and resolution of the enantiomers between 0 and 70 percent contamination. For the separation of chloroquine enantiomers, it was found that at low levels of contamination, the resolution of enantiomers was increased due to the secondary interaction between the chloroquine enantiomers and the chondroitin sulfate. Results of this study illustrate the potential of using chiral recognition as a means to determine heparin contamination as well as the improvement of the chiral resolution of chloroquine with the additional of low levels of chondroitin sulfate A. © 2014 Elsevier B.V. All rights reserved.
Poinar Jr. G.,Oregon State University |
Kritsky G.,College of Mount St. Joseph
Historical Biology | Year: 2012
Two cicada hatchlings (Hemiptera: Cicadidae) in Burmese and Dominican amber are described as Burmacicada protera n. gen., n. sp. and Dominicicada youngi n. gen., n. sp., respectively. Although very similar in appearance, the two species can be separated by body contour, the nature of the process on the terminal antennomere and the shape and size of protrusions, teeth and spines on the forelegs. A comparison of the forelegs of the fossil hatchlings with those of an extant hatchling of the periodical cicada, Magicicada septendecim (L.), reveals a remarkable degree of morphological conservatism over 100 million years. A brief review of fossil cicadas is presented. © 2012 Copyright Taylor and Francis Group, LLC.
Christensen H.R.,University of Cincinnati |
Christensen H.R.,College of Mount St. Joseph |
Murawsky M.K.,University of Cincinnati |
Horseman N.D.,University of Cincinnati |
And 2 more authors.
Endocrinology | Year: 2013
A variety of fundamental differences have evolved in the physiology of the human and rodent prolactin (PRL) systems. The PRL gene in humans and other primates contains an alternative promoter, 5.8 kbp upstream of the pituitary transcription start site, which drives expression of PRL in " extrapituitary" tissues, where PRL is believed to exert local, or paracrine, actions. Several of these extrapituitary PRL tissues serve a reproductive function (eg, mammary gland, decidua, prostate, etc), consistent with the hypothesis that local PRL production may be involved in, and required for, normal reproductive physiology in primates. Rodent research models have generated significant findings regarding the role of PRL in reproduction. Specifically, disruption (knockout) of either the PRL gene or its receptor causes profound female reproductive defects at several levels (ovaries, preimplantation endometrium, mammary glands). However, the rodent PRL gene differs significantly from the human, most notably lacking the alternative promoter. Understanding of the physiological regulation and function of extrapituitary PRL has been limited by the absence of a readily accessible experimental model, because the rodent PRL gene does not contain the alternative promoter. To overcome these limitations, we have generated mice that have been "humanized" with regard to the structural gene and tissue expression of PRL. Here, we present the characterization of these animals, demonstrating that the human PRL transgene is responsive to known physiological regulators both in vitro and in vivo. More importantly, the expression of the human PRL transgene is able to rescue the reproductive defects observed in mouse PRL knockout (mPRL-) females, validating their usefulness in studying the function or regulation of this hormone in a manner that is relevant to human physiology. Copyright © 2013 by The Endocrine Society.