Meeting the Challenges of an Aging Population with Success

With 117,099 people over the age of 65, Franklin County has the second-highest number of seniors among all Ohio counties. Projection data from the Ohio Department of Development indicates that Franklin County's 65-and-over population will grow to 224,340 by the year 2040. Key findings from this report indicate that improved coordination between the complex web of federal, state, county, and municipal resources would have significant impact on seniors' health and quality of life. The report also includes an analysis of the most vulnerable seniors in Franklin County identified at the neighborhood level

Finding Our Direction: The Process of Building a Community-University Food Mapping Team

Multifaceted causes and consequences of food insecurity require collaborative work across multiple academic disciplines and with various community partners in order to build sustainable solutions. Interdisciplinary teams require thoughtful considerations of time devoted to team-building exercises, paying particular attention to understanding members’ values. Teams must find points of convergence, develop mutually agreed upon common language, and openly discuss needs and expectations. This paper describes the process of building a community-university Food Mapping Team to address food security. The FMT initiative allows for a well-coordinated exploration of data collection methods that capitalize on the diverse interdisciplinary expertise and resources of university researchers and extensive knowledge of community partners, whose work can inform, and be impacted by, these efforts. We provide a set of processes used to form our partnership and describe our decision-making process in the development of a community food security research project. We also include a self-assessment of the research planning and implementation process that our team used and describe areas of improvement for other community-university groups to consider

Equity: The Silent “E” in Sustainability: Social Justice and Smart Growth Must Work Together for a Sustainable Future

Though social equity is a critical part of sustainable development, local municipalities often focus more on environmental protection and economic prosperity than on equity when making land use decisions. The authors of this article examine land use decisions in Richland County, South Carolina that appeared to address growth pressures without taking equity issues into account. The authors also present a conceptual framework for addressing the tension between the three fundamental principles, and then conclude by discussing ways to apply this framework to help bridge the gap between smart growth and social equity

RNA sequencing analysis of human podocytes reveals glucocorticoid regulated gene networks targeting non-immune pathways

Glucocorticoids are steroids that reduce inflammation and are used as immunosuppressive drugs for many diseases. They are also the mainstay for the treatment of minimal change nephropathy (MCN), which is characterised by an absence of inflammation. Their mechanisms of action remain elusive. Evidence suggests that immunomodulatory drugs can directly act on glomerular epithelial cells or ‘podocytes’, the cell type which is the main target of injury in MCN. To understand the nature of glucocorticoid effects on non-immune cell functions, we generated RNA sequencing data from human podocyte cell lines and identified the genes that are significantly regulated in dexamethasone-treated podocytes compared to vehicle-treated cells. The upregulated genes are of functional relevance to cytoskeleton-related processes, whereas the downregulated genes mostly encode pro-inflammatory cytokines and growth factors. We observed a tendency for dexamethasone-upregulated genes to be downregulated in MCN patients. Integrative analysis revealed gene networks composed of critical signaling pathways that are likely targeted by dexamethasone in podocytes

Editorial: Similarities and Discrepancies Across Family Members at Multiple Levels: Insights From Behavior, Psychophysiology, and Neuroimaging

Family members are responsive to one another not just in what they verbally communicate with one another, but can also be connected through psychological, behavioral, physiological, and neural processes. These complex family dynamics can be represented as similarities and discrepancies between family members in various developmental processes. Such similarities may prepare developing youth to adapt to their family environments, as well as outside environments including schools, neighborhood, and community spaces. As a growing number of studies are examining the role of parent-child concordance or synchrony in youth development (e.g., Lee et al., 2017, 2018; Nguyen et al., 2021), it is critical to identify similarities and discrepancies across family members at different levels (e.g., perception, behavior, biology) to inform our understanding of how families affect adolescent functioning and well-being. There is a need to gather convergent evidence on interpersonal family similarity using a variety of approaches (e.g., observation, survey, psychophysiology, and neuroimaging) across family subsystems. This Research Topic aims to provide as interdisciplinary understanding of how multi-level interpersonal similarity across family members can contribute to youth development

University for the Creative Arts staff research 2011

This publication brings together a selection of the University’s current research. The contributions foreground areas of research strength including still and moving image research, applied arts and crafts, as well as emerging fields of investigations such as design and architecture. It also maps thematic concerns across disciplinary areas that focus on models and processes of creative practice, value formations and processes of identification through art and artefacts as well as cross-cultural connectivity. Dr. Seymour Roworth-Stoke

An evaluation of an online student portfolio for the development of engineering graduate attributes

An online student portfolio was evaluated as a means for engaging students with the concept of graduate attributes, and for documenting student attainment of graduate attributes. Students rated the portfolio system as easy to use, and indicated that it helped them to appreciate the skills and knowledge they had developedNo Full Tex

Behavioral differences following ingestion of large meals and consequences for management of a harmful invasive snake: A field experiment

Many snakes are uniquely adapted to ingest large prey at infrequent intervals. Digestion of large prey is metabolically and aerobically costly, and large prey boluses can impair snake locomotion, increasing vulnerability to predation. Cessation of foraging and use of refugia with microclimates facilitating digestion are expected to be strategies employed by free-ranging snakes to cope with the demands of digestion while minimizing risk of predation. However, empirical observations of such submergent behavior from field experiments are limited. The brown treesnake (Serpentes: Colubridae: Boiga irregularis) is a nocturnal, arboreal, colubrid snake that was accidentally introduced to the island of Guam, with ecologically and economically costly consequences. Because tools for brown treesnake damage prevention generally rely on snakes being visible or responding to lures or baits while foraging, cessation of foraging activities after feeding would complicate management. We sought to characterize differences in brown treesnake activity, movement, habitat use, and detectability following feeding of large meals (rodents 33% of the snake’s unfed body mass) via radio telemetry, trapping, and visual surveys. Compared to unfed snakes, snakes in the feeding treatment group showed drastic decreases in hourly and nightly activity rates, differences in refuge height and microhabitat type, and a marked decrease in detectability by trapping and visual surveys. Depression of activity lasted approximately 5–7 days, a period that corresponds to previous studies of brown treesnake digestion and cycles of detectability. Our results indicate that management strategies for invasive brown treesnakes need to account for cycles of unavailability and underscore the importance of preventing spread of brown treesnakes to new environments where large prey are abundant and periods of cryptic behavior are likely to be frequent. Characterization of postfeeding behavior changes provides a richer understanding of snake ecology and foraging models for species that consume large prey