Conceptions of Flight

Conceptions of Flight is a thematic invitational group exhibition. The artwork exhibited here reveals a diverse and individual engagement with the theme. Some of the featured artists interpret flight as a rising up; a moving forward; a breaking free from struggle. Others have captured the thrill and wonder of travel; of the movement of clouds; of building new wings, mythopoetically. Whatever the interpretation, Conceptions of Flight provides an arresting look at the ways this age-old preoccupation continues to move the imagination and stretch the limits of our reach.https://mds.marshall.edu/artdesign_student/1000/thumbnail.jp

Minimum Capacity

Students in this project were inspired to create an exhibition for which the exhibition venue would be filled to maximum capacity on the night of the reception in April. However, by the time that the students returned from their trip to NYC, it became clear that the COVID-19 pandemic would make that exhibition impossible. In response, while retaining “maximum capacity” as the motivating prompt, the students pivoted and created new work for this zine rather than for a traditional exhibition. By definition, the zine is small yet the students’ work addresses important topics such as infrastructure, possessions, technology, femininity, stereotypes, success, religion, culture, inequity, identity, family, and competition.https://mds.marshall.edu/artdesign_student/1001/thumbnail.jp

SELVAGE

The abstract works in this exhibition are inspired by memories or terms referencing geographic or architectural structures. The exhibition notably features a 30” x 120” triptych, Selvage, and several of its preliminary works, among the twenty-four exhibited works

A Restrospective Study Of Foster Care Interventions And Social Policy For youth Transitioning To IndependentLiving

ABSTRACT This is a comprehensive study of youth in the foster care system. It examines perceptual experiences of the youth before, during, and after transitioning to independent living. Additionally, it delineates their exposure to employment, education, mentors, and counseling programs. Furthermore, it renders social work practitioners with insight on the tensions and challenges transitioning youth face before and after conversion, as well as available programs to assist the youth throughout the transitioning phase – specifically, programs that: Pursue educational and vocational opportunities; Build supportive relationships and connections; Assist with finding and maintaining employment; Teach money management skills; Assist with securing housing; Help maintain health and wellness; and, Develop additional life skills. This study highlights the future of transitioning youth and the types of assistance needed to help them age‑out of foster care gracefully and live productive lives. The factors herein are not only critical, but meticulously evaluated and considered top priority during the collection of data for purposes of this research

Effectiveness of bacteriophages against bloater-causing bacteria Enterobacter cloacae in a model food system

Effectiveness of bacteriophages against bloater-causing bacteria Enterobacter cloacae in a model food system Department of Molecular and Cellular Biology Ashley Reed, Dzhuliya Ignatova, Sandra Kopic, Unique Sardeneta, and Jean Lu Abstract Cucumber fermentation is one of the most important vegetable fermentations in the United States and Europe. Enterobacter cloacae and other gas-producing bacteria can cause bloater defect (the gas pockets or hollow cavities formed in fermented cucumbers) which lowers the quality and the yield of fermented cucumbers, thereby resulting in significant economic losses to the pickling industry. Cost-effective strategies to control E. cloacae and other microbiota need to be developed. Using bacteriophages (phages) to eliminate undesired bacteria is an emerging and promising biocontrol method. Our lab recently isolated two phages, F107E and F115E, infecting E. cloacae strains 107E and 115E, respectively. In this study, we measured 1-step growth curve of phage F107E at a multiplicity of infection (MOI) of 0.01 and 37°C in cucumber juice. The data showed that the eclipse period (not including 10-min adsorption) is only 10 min and the burst size is 28 virions per infected cell. We also evaluated the effectiveness of the two phages as biocontrol agents against E. cloacae in cucumber juice. The infection with F107E at MOI of 100 or 1 effectively eliminated its host within 2 or 3 hours, indicating very high lytic activity against its host. The infection with F115E at MOI of 0.2 or 0.02 caused more than 3 log unit reduction in its host concentration within 2 or 3 hours. But thereafter, phage-resistant bacterial mutants emerged. Thus, phage F107E has a greater potential to be used in commercial cucumber fermentation to eliminate its host in order to reduce bloater defect

Intensive Cultural Resources Survey or the Weatherford East Loop, Weatherford, Parker County, Texas

Parker County proposes to build the eastern segment of a loop north of the City of Weatherford, in Parker County, Texas). This portion of the loop, designated East Loop, is approximately 6.65 miles long. It begins at the intersection of the eastern terminus of the Ric Williamson Memorial Highway (or West Loop) at State Highway 51 north of the city. The proposed route continues eastward for approximately 4 miles, crosses Farm-to-Market 730 before turning south for approximately 2 miles, crosses US Highway 180 at Center Point Road, and follows Center Point Road to terminate at Interstate Highway 20. The East Loop project is owned and funded by Parker County. As a political subdivision of the State of Texas, Parker County is required to comply with the Antiquities Code of Texas (9 Texas Natural Resources Code 191). A permit from the U.S. Army Corps of Engineers (USACE) is also required for the proposed project. Therefore, the USACE, as a federal agency, has the responsibility for complying with Section 106 of the National Historic Preservation Act (NHPA), as amended (Section 106). Section 106 requires consideration of the effects of the proposed project on properties listed in, or determined eligible for, the National Register of Historic Places (NRHP), and ultimately designation as a State Antiquities Landmark (SAL). Freese and Nichols, Inc., the design and environmental consultant to Parker County, contracted with Cox|McLain Environmental Consulting, Inc. (CMEC), to conduct the intensive archeological and reconnaissance historic resources surveys necessary for compliance with the Antiquities Code and Section 106. Melissa M. Green (Principal Investigator) and Brett Lang carried out the archeological survey for Parker County under Texas Antiquities Permit 8127, and Emily Reed and Izabella Dennis conducted the historic resources survey; all are staff of CMEC. Fieldwork was conducted in September 2017. Widths of the proposed roadway vary between 120 and 390 feet, but the average width is 200 feet. The archeological area of potential effects (APE) consists of the entire 195.39-acre footprint of new location roadway and a 600-foot long, 30-foot wide drainage ditch easement added to the project for a total 196.62-acre APE. The historic resources APE consists of a 300-foot-wide buffer area around the proposed project corridor. The APE is located primarily on uplands but crosses Willow Creek, Holder Branch, Underwood Branch, and a number of small intermittent channels. The land is mostly undeveloped with some residential/commercial areas, particularly near each terminus, that will be impacted. Ground surfaces within the APE were mostly covered in grasses, allowing for some limited visibility ranging from 0 to 30 percent, though ground visibility in forested areas and eroded pastures allowed for higher ground visibility at 70 to 100 percent. Existing impacts to the project corridor include residential and commercial development, buried utilities and other infrastructures associated with the developments, oil and gas production and storage, stock tank construction, livestock grazing or training, and erosion resulting from all of the above. A total of 48 shovel test units were excavated judgmentally across the area of potential effects; 36 were sterile for cultural materials and 12 were associated with sites. Initially, right-of-entry was not allowed on several individual parcels representing approximately 2.14 miles (48.29 acres) of the proposed corridor during the original survey in September 2017, but were investigated in June and July of 2018 once right-of-entry was granted. Potential for prehistoric archeological deposits in the area of potential effects is considered low, and the potential for historic deposits is considered moderate. The proposed roadway corridor partially impacts previously recorded sites 41PR163/41PR164, 41PR165, and 41PR166, as well as the NRHP-listed Byron Farmstead Historic District. The district comprises 85.5 acres with three recorded archeological sites (41PR163, 41PR164, now combined, and 41PR166), or contributing elements, within its boundary. All of these sites were revisited during the survey. Although located outside of the project corridor, site 41PR163, the original log cabin of the Byron Farmstead, and site 41PR164, the later bungalow on the farmstead were visited due to their close proximity to the project and to help assess the indirect impacts to these sites and contributing elements of the historic district. Based on the field visit, the boundaries of sites 41PR163 and 41PR164 have been adjusted and combined and now include a previously unrecorded dairy location, but contributing element to the district, within the new combined site limit (41PR163/41PR164). Since site 41PR163/41PR164 is already a contributing element of the Byron Farmstead Historic District, it is recommended for designation as a SAL. Site 41PR166 is the dairy operation owned by a separate family member and not originally a contributing element to the district. The site is mostly intact and retains most of its integrity. It has now been recommended as a contributing element to the historic district, and ultimately for SAL designation, demonstrating the long-time use of the larger property for and family commitment to cattle and dairying. Site 41PR166 will be partially impacted by the proposed road corridor. In addition to the archeological sites located on the Byron Farmstead Historic District, there are three contributing buildings, two contributing structures, one contributing site, and one noncontributing site. For unknown reasons, an additional 13 resources located within the historic district’s boundary were not documented in the NRHP nomination form or assigned contributing/non-contributing status. As a result of this survey, eight of the previously undocumented resources are recommended as contributing and five are recommended as non-contributing to the Byron Farmstead Historic District. Due to the construction of the proposed roadway through the Byron Farmstead Historic District, there would be an adverse effect on the district by diminishing the integrity of feeling, setting, and association. Although previously recorded site 41PR165, remnants of a small farmstead, would be partially impacted by the proposed roadway corridor, the site as a whole was not investigated during this survey so it is unknown if any of the remaining components would add any additional information concerning cattle ranching in the area. Therefore, its NRHP eligibility or designation as an SAL is recommended as unknown. One additional historic site, 41PR185, was recorded during the survey. This site is a mid- to late twentieth century farmstead on a hilltop west of Holder Branch measuring 35 meters east/west by 55 meters north/south. The site is composed of a collapsed rock root cellar, rock and mortar pile, six fence posts, and large sections of sheet metal siding. The site will be entirely impacted by the proposed construction and is recommended as not eligible for listing in the NRHP or for SAL designation. All materials (notes, photographs, administrative documents, and other project data) generated from this work will be housed at the Center for Archaeological Studies at Texas State University in San Marcos, where they will be made permanently available to future researchers per 13 Texas Administrative Code 26.16-17. CMEC submitted the previous version of this report to the Texas Historical Commission (THC) on March 1, 2018, for review. In the response letter dated March 30, 2018, THC concurred with the eligibility recommendations for the historic resources and requested additional information regarding recorded archeological sites. THC also requested further review of the applicability of Section 106 in relationship to the USACE areas of jurisdiction (Appendix B). Since that time, USACE has indicated Section 106 is applicable to the Byron Farmstead Historic District, and CMEC has been granted access to previously inaccessible parcels to complete the archeological survey. This version of the report has been updated to provide additional information from the archeological survey and to reflect the applicability of Section 106, including an assessment of effects to historic properties and archeological sites. Continued coordination between the USACE, Parker County, the City of Weatherford, and the THC is anticipated in order to satisfy all Section 106 requirements associated with this project but is not detailed in this report. If any unanticipated cultural materials or deposits are found at any stage of clearing, preparation, or construction, the work should cease and THC personnel should be notified immediately. The THC concurred with the results and recommendations of this report on December 12, 2018

Workforce Characteristics, Perceptions, Stress, and Satisfaction among Staff in Green House and Other Nursing Homes

OBJECTIVE: To compare workforce characteristics and staff perceptions of safety, satisfaction, and stress between Green House (GH) and comparison nursing homes (CNHs). DATA SOURCES/STUDY SETTING: Primary data on staff perceptions of safety, stress, and satisfaction from 13 GHs and 8 comparison NHs in 11 states; secondary data from human resources records on workforce characteristics, turnover, and staffing from 01/01/2011-06/30/2012. STUDY DESIGN: Observational study. DATA COLLECTION METHODS: Workforce data were from human resources offices; staff perceptions were from surveys. PRINCIPAL FINDINGS: Few significant differences were found between GH and CNHs. Exceptions were GH direct caregivers were older, provided twice the normalized hours per week budgeted per resident than CNAs in CNHs or Legacy NHs, and trended toward lower turnover. CONCLUSIONS: GH environment may promote staff longevity and does not negatively affect worker's stress, safety perceptions, or satisfaction. Larger studies are needed to confirm findings

Transcriptional profiling identifies differentially expressed genes in developing turkey skeletal muscle

<p>Abstract</p> <p>Background</p> <p>Skeletal muscle growth and development from embryo to adult consists of a series of carefully regulated changes in gene expression. Understanding these developmental changes in agriculturally important species is essential to the production of high quality meat products. For example, consumer demand for lean, inexpensive meat products has driven the turkey industry to unprecedented production through intensive genetic selection. However, achievements of increased body weight and muscle mass have been countered by an increased incidence of myopathies and meat quality defects. In a previous study, we developed and validated a turkey skeletal muscle-specific microarray as a tool for functional genomics studies. The goals of the current study were to utilize this microarray to elucidate functional pathways of genes responsible for key events in turkey skeletal muscle development and to compare differences in gene expression between two genetic lines of turkeys. To achieve these goals, skeletal muscle samples were collected at three critical stages in muscle development: 18d embryo (hyperplasia), 1d post-hatch (shift from myoblast-mediated growth to satellite cell-modulated growth by hypertrophy), and 16wk (market age) from two genetic lines: a randombred control line (RBC2) maintained without selection pressure, and a line (F) selected from the RBC2 line for increased 16wk body weight. Array hybridizations were performed in two experiments: Experiment 1 directly compared the developmental stages within genetic line, while Experiment 2 directly compared the two lines within each developmental stage.</p> <p>Results</p> <p>A total of 3474 genes were differentially expressed (false discovery rate; FDR < 0.001) by overall effect of development, while 16 genes were differentially expressed (FDR < 0.10) by overall effect of genetic line. Ingenuity Pathways Analysis was used to group annotated genes into networks, functions, and canonical pathways. The expression of 28 genes involved in extracellular matrix regulation, cell death/apoptosis, and calcium signaling/muscle function, as well as genes with miscellaneous function was confirmed by qPCR.</p> <p>Conclusions</p> <p>The current study identified gene pathways and uncovered novel genes important in turkey muscle growth and development. Future experiments will focus further on several of these candidate genes and the expression and mechanism of action of their protein products.</p

Habitat Characterization, Distribution, and Areal Extent of Deep-sea Coral Ecosystems off Florida, Southeastern U.S.A.

The deep-sea (200-1000 m) seafloor off the southeastern U.S. has a variety of extensive deep-sea coral ecosystem (DSCE) habitats including: deep-water coral mounds; various hard-bottom habitats off Florida including the Miami Terrace, Pourtales Terrace, and deep-water canyons (Agassiz and Tortugas Valleys); and deep island slopes off western Bahamas and northern Cuba. The dominant structure-forming scleractinian corals are Lophelia pertusa and Enallopsammia profunda; other structure-forming taxa include stylasterid corals, gorgonians, black corals, and sponges. This biota is associated with hard-bottom seafloor of variable high-relief topography which can be remotely identified from bathymetric data. NOAA bathymetric contour maps and digital elevation models were used to identify and delineate the areal extent of potential DSCE habitat in the region from northeastern Florida through the Straits of Florida. These were ground-truthed with 241 dives with submersibles and remotely operated vehicles which confirmed deep-sea coral habitat. We estimate a total of 39,910 km2 of DSCE habitat in this region. By comparison, the estimated areal extent of shallow-water coral habitat for all U.S. waters is 36,813 km2. Bottom trawling remains the greatest threat to DSCEs worldwide, and as a result NOAA has established five deep-water Coral Habitat Areas of Particular Concern (CHAPCs), encompassing 62,714 km2 from North Carolina to south Florida, which will protect much of the known deep-sea coral habitat in this region. High-resolution surveys are not only critical to define DSCE habitats but also to define areas devoid of coral and sponge habitats that may allow for potential bottom fisheries and energy development

Avaliação do tempo de reação em crianças portadoras do transtorno do déficit de atenção/hiperatividade (TDAH)

Attention deficit, impulsivity and hyperactivity are the cardinal features of attention deficit hyperactivity disorder (ADHD) but executive function (EF) disorders, as problems with inhibitory control, working memory and reaction time, besides others EFs, may underlie many of the disturbs associated with the disorder. OBJECTIVE: To examine the reaction time in a computerized test in children with ADHD and normal controls. METHOD: Twenty-three boys (aged 9 to 12) with ADHD diagnosis according to Diagnostic and Statistical Manual of Mental Disorders, Fourth Edition, 2000 (DSM-IV) criteria clinical, without comorbidities, Intelligence Quotient (IQ) >89, never treated with stimulant and fifteen normal controls, age matched were investigated during performance on a voluntary attention psychophysical test. RESULTS: Children with ADHD showed reaction time higher than normal controls. CONCLUSION: A slower reaction time occurred in our patients with ADHD. This findings may be related to problems with the attentional system, that could not maintain an adequate capacity of perceptual input processes and/or in motor output processes, to respond consistently during continuous or repetitive activity.Déficit de atenção, impulsividade e hiperatividade são os pontos cardinais do transtorno do déficit de atenção/hiperatividade (TDAH), mas as desordens da função executiva (FE) tais como os problemas no controle inibitório, memória operacional e tempo de reação, dentre outras funções executivas (FEs) podem estar subjacentes a muitos distúrbios associados a esta desordem. OBJETIVO: Avaliar o tempo de reação em meninos portadores do TDAH. MÉTODO: Participaram 23 pacientes do sexo masculino, de idade entre 9 a 12 anos de idade, com diagnóstico de TDAH sem co-morbidades, estabelecido segundo os critérios do Diagnostic and Statistical Manual of Mental Disorders Fourth Edition (DSM-IV), com Quoeficiente Intelectual (QI) >89, que não tivessem sido medicados para o TDAH. Grupo controle, seguindo os mesmos critérios em relação ao sexo, idade, QI. O teste utilizado foi o teste psicofísico da atenção voluntária (TPAV). RESULTADOS: Os pacientes do TDAH apresentaram maior tempo de reação na execução do teste em relação aos controles. CONCLUSÃO: O tempo de reação apresentou-se mais lento em nossos pacientes portadores de TDAH. Estes achados podem estar relacionados aos problemas do sistema atencional; este grupo não pôde manter uma adequada capacidade de percepção de dados processados e/ou, em responder regularmente durante atividades contínuas ou repetitivas