Recommendations for Counselor Education and Supervision Programs to Improve Gatekeeping Processes Developed from Doctoral Student Experiences

The purpose of this qualitative study was to explore the experiences of eleven doctoral students at three CACREP accredited programs to address issues in counselor education and supervision programs and faculty face regarding gatekeeping. The information was used to develop and provide recommendations for gatekeeping procedures that can be implemented at the departmental and classroom levels. Ways programs can improve the training of doctoral students for gatekeeping roles and responsibilities, steps faculty can take to create an environment which supports gatekeeping at their institution, as well as support doctoral students as they grow into future gatekeepers of the profession are discussed

Estimating frequencies of emotions and actions: a web-based diary study

Mental health questionnaires often ask respondents to report how frequently they experience different emotions. We report two experiments designed to assess the accuracy of these reports and the strategies used to generate them. Each day for 2 weeks, participants in Experiment 1 filled out a web-based emotions-and-activities checklist. Then, they estimated the diary-period frequency of these emotions and activities and indicated how they generated each estimate. In Experiment 2, participants provided frequency estimates and strategy reports, but did not fill out the checklist. We found that (a) the frequency estimates were quite accurate for emotions and activities, (b) participants relied on memory-based strategies (enumeration and direct retrieval) when estimating activity frequencies, but (c) used self-knowledge strategies (personality beliefs and schematic inferences) somewhat more than memory strategies for emotions and (d) the relationship between strategy use and question type was unaffected by diary keeping. We conclude by considering practical and theoretical implications. Copyright © 2007 John Wiley & Sons, Ltd.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/55948/1/1303_ftp.pd

Effects of Intermittent Suckling on Sow and Piglet Performance

The objective of this study was to evaluate effects of intermittent suckling on sow and litter performance. Seventeen crossbred sows and litters were randomly assigned to treatment groups seven days prior to weaning: continuous suckling (CS) and intermittent suckling (IS; litters removed for 6 hr each from day 21 to 28). Litters were weaned at 28 days of age. Feed and water were available to litters and sows at all times. Feed intake was recorded. Body condition scores were collected on sows before farrowing and at weaning. Number of days to return-to-estrus for the sows was also recorded. Litters were weighed at birth and on days 7, 14, 21, 28, 35, and 42 of age. Litter weights were not different (P \u3e 0.15) between CS and IS pigs before or after weaning. No difference (P \u3e 0.10) was observed for feed intake between CS and IS litters before or after weaning. Body condition score at weaning was not different (P = 0.30) between CS and IS sows. Intermittent suckled sows returned-to-estrus in fewer days than CS sows (P \u3c 0.05). Results suggest that intermittent suckling did not alter average daily gain in litters, but reduced the number of days to return-to-estrus in sows

City of East Cleveland Visioning Project

The city of East Cleveland, a first-ring suburb on the east side of Cleveland, Ohio, has an estimated population of 17,000. The city was once a thriving bedroom community of 40,000 with a strong manufacturing job base that, in turn, supported a vibrant civic, social, and cultural life for many years. East Cleveland has seen steady decline over the last thirty years, the result of regional economic changes and demographic shifts. As Cleveland and the surrounding region revitalizes, East Cleveland boasts significant assets that put it in the path of opportunity and development. An excellent location, close to transportation and communication corridors, adjacency to University Circle’s major employment center and institutions, and abundant affordable space for development are among its locational advantages. Mayor Brandon L. King, elected in 2017, has fortified resident engagement through the development of neighborhood groups. These groups are empowered to help direct the way limited resources are distributed across the community. He has improved relationships with the city council and the East Cleveland school district, reduced municipal debt, and established important external relationships with the state, county, and federal government that are now yielding benefits for East Cleveland. This project seeks to build on this momentum by surveying a range of East Cleveland stakeholders, asking the central question, “what is the vision for East Cleveland?” now that political and administrative stakeholders are aligned and the development community is indicating keen interest in moving forward projects of scale. In the summer of 2019, Mayor King engaged the Maxine Goodman Levin College of Urban Affairs at Cleveland State University to lead a visioning project that engages citizens and stakeholders in identifying opportunities and recommendations for East Cleveland’s rejuvenation. This document summarizes the findings of the project

Assessing the inter- and intra-animal variability of in vivo OsteoProbe skeletal measures in untreated dogs

AbstractThe OsteoProbe is a second-generation reference point indentation (RPI) device without a reference probe that is designed to simplify RPI testing for clinical use. Successful clinical implementation of the OsteoProbe would benefit from a better understanding of how its output, bone material strength index (BMSi), relates to the material properties of bone and under what conditions it reliably correlates with fracture risk. Large animal models have the potential to help fill this knowledge gap, as cadaveric studies are retrospective and limited by incomplete patient histories (including the potential use of bone matrix altering drugs such as bisphosphonates). The goal of this study was to assess the intra and inter-animal variability of OsteoProbe measures in untreated beagle dogs (n=12), and to evaluate this variability in comparison to traditional mechanical testing. OsteoProbe measurements were performed in vivo on the left tibia of each dog and repeated 6months later on the day of sacrifice. Within-animal variation of BMSi (CV of 5–10 indents) averaged 8.9 and 9.0% at the first and second timepoints, respectively. In contrast, inter-animal variation of BMSi increased from 5.3% to 9.1%. The group variation of BMSi was on par with that of traditional 3-point mechanical testing; inter-animal variation was 10% for ultimate force, 13% for stiffness, and 12% for total work as measured on the femur. There was no significant change in mean BMSi after 6months, but the individual change with time across the 12 dogs was highly variable, ranging from −12.4% to +21.7% (mean 1.6%, SD 10.6%). No significant correlations were found between in vivo tibia BMSi and femur mechanical properties measured by ex vivo 3-pt bending, but this may be a limitation of sample size or the tests being performed on different bones. No relationship was found between BMSi and tissue mineral density, but a strong positive correlation was found between BMSi and tibia cortical thickness (ρ=0.706, p=0.010). This report shows that while the OsteoProbe device has inter-individual variability quite similar to that of traditional mechanical testing, the longitudinal changes show high levels of heterogeneity across subjects. We further highlight the need for standardization in post-testing data processing and further study of the relationships between OsteoProbe and traditional mechanical testing

G-CSF does not influence C2C12 myogenesis despite receptor expression in healthy and dystrophic skeletal muscle

Granulocyte-colony stimulating factor (G-CSF) increases recovery of rodent skeletal muscles after injury, and increases muscle function in rodent models of neuromuscular disease. However, the mechanisms by which G-CSF mediates these effects are poorly understood. G-CSF acts by binding to the membrane spanning G-CSFR and activating multiple intracellular signaling pathways. Expression of the G-CSFR within the haematopoietic system is well known, but more recently it has been demonstrated to be expressed in other tissues. However, comprehensive characterization of G-CSFR expression in healthy and diseased skeletal muscle, imperative before implementing G-CSF as a therapeutic agent for skeletal muscle conditions, has been lacking. Here we show that the G-CSFR is expressed in proliferating C2C12 myoblasts, differentiated C2C12 myotubes, human primary skeletal muscle cell cultures and in mouse and human skeletal muscle. In mdx mice, a model of human Duchenne muscular dystrophy (DMD), G-CSF mRNA and protein was down-regulated in limb and diaphragm muscle, but circulating G-CSF ligand levels were elevated. G-CSFR mRNA in the muscles of mdx mice was up-regulated however steady-state levels of the protein were down-regulated. We show that G-CSF does not influence C2C12 myoblast proliferation, differentiation or phosphorylation of Akt, STAT3, and Erk1/2. Media change alone was sufficient to elicit increases in Akt, STAT3, and Erk1/2 phosphorylation in C2C12 muscle cells and suggest previous observations showing a G-CSF increase in phosphoprotein signaling be viewed with caution. These results suggest that the actions of G-CSF may require the interaction with other cytokines and growth factors in vivo, however these data provides preliminary evidence supporting the investigation of G-CSF for the management of muscular dystrophy

Sleep‐disordered breathing and poststroke outcomes

Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/150527/1/ana25515_am.pdfhttps://deepblue.lib.umich.edu/bitstream/2027.42/150527/2/ana25515.pd