University of Wisconsin–Eau Claire

About: University of Wisconsin–Eau Claire is a education organization based out in Eau Claire, Wisconsin, United States. It is known for research contribution in the topics: Poison control & Population. The organization has 1780 authors who have published 2690 publications receiving 93094 citations. The organization is also known as: UW-Eau Claire & University of Wisconsin-Eau Claire.

A Survey of Management Educators’ Perceptions of Unethical Faculty Behavior

Abstract: To help academic associations in management develop, refine, and implement a code of ethics, we conducted a survey of management educators’ perception of the ethicality of 142 specific behaviors in teaching, research, and service. The results of the survey could be used to inform ethics committees of these associations regarding the level of acceptability of such conduct. The potential value of our study for the Academy of Management or similar management associations lie in our (1) systematically involving the members in building support for the code of ethics, (2) assessing members’ ethical judgments on both cross-sectional and longitudinal bases so as to identify areas needing particular attention in ethical training, (3) providing an extensive list of specific examples of questionable and potentially unethical behaviors so as to make it easier to implement the code, and (4) providing a template survey document for potential use in involving more stakeholder groups in the development of codes of ethics.

Synthesis, X-ray crystallographic determination, and opioid activity of erythro-5-methylmethadone enantiomers. Evidence which suggests that mu and delta opioid receptors possess different stereochemical requirements.

Abstract: Enantiomers of erythro-5-methylmethadone (3) were synthesized from optical antipodes of erythro-3-(dimethyl-amino)-2-butanol. X-ray crystallographic analysis of (-)-3 perchlorate revealed that it possesses the 5S,6S absolute configuration. It was found that (-)-3 is substantially more potent than its enantiomer (+)-3 as an opioid agonist in vivo and in vitro. In vitro tests (guinea pig ileal longitudinal muscle and mouse vas deferens preparations) suggest that (-)-3 mediates its effect chiefly through mu opioid receptors. On the other hand, (+)-3 and the more potent enantiomers of methadone, (-)-1, and isomethadone, (-)-2, appear to have less mu-receptor selectivity and interact with a greater fraction of delta receptors than does (-)-3. The fact that the solid-state conformation of (-)-3 differs from that of (-)-1 and (-)-2, which show great similarity in conformational features, suggests that mu and delta receptors have different conformational requirements. The possibility of different modes of interaction with a single opioid receptor population also is discussed.

Messages of Shame and Guilt

Abstract: U.S. society seems to be experiencing a dramatic wave of interest and public debate about shame and guilt. On one side, scholars decry the destruction of pride and self-esteem that shame and guilt can wreak on individuals, relationships, organizations, and nations; on the other side, scholars argue that aretum to shame and guilt represents an attitude of awe or respect toward the values that are central to culture and to all human interaction. This review draws on the scholarly and popular literature on messages about shame and guilt to address this debate. Specifically, the authors review the grounds or bases for inducing shame and guilt in messages and then the consequences that messages of shame or guilt have for esteem, control, and connection at four levels of analysis: intimate dyads, families, organizations, and public messages. Finally, the authors pose a series of questions that can be used to frame the discussion of an ethics of shame and guilt messages.

Current velocity influences the facilitation and removal of algae by stream grazers

Abstract: The modification of flows in lotic ecosystems can have dramatic effects on abiotic and biotic processes and change the structure of basal trophic levels. In high-gradient streams, most of the biota are benthic, and decreased flow may homogenize and reduce benthic current velocity, potentially changing stream ecosystem function. Grazing by macroinvertebrates is an important component of stream function because grazers regulate energy flow from primary producers to higher trophic levels. We conducted an experiment to examine how macroinvertebrate grazers facilitated or removed algal biomass across a gradient of benthic current velocity (0–40 cm s−1). We chose three grazers (Drunella coloradensis, Cinygmula spp., and Epeorus deceptivus) from a montane stream and conducted our experiment using 24 artificial stream channels that had three treatments: no grazers (control), single-grazer, and combined-grazer treatments. In the absence of grazers, algal biomass increased with benthic current velocity. Grazer treatments differed from the control in that more algal biomass was removed at higher velocities, whereas algal accrual was largely facilitated at low velocities. The transition from facilitation to removal ranged from 4.5 to 5.9 cm s−1 for individual grazer treatments and occurred at 11.7 cm s−1 for the combined-grazer treatment. Our data suggest that velocity plays a significant role in the facilitation and removal of algae by macroinvertebrate grazers. Additionally, the patterns revealed here could have general implications for algal accrual in systems where flow is reduced.