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This study aims to estimate the prevalence of individuals receiving hormone therapy for menopause management and the prevalence of underlying conditions that may constrain options for pharmacologic menopause management in the prison context.

This study reviewed all prescriptions dispensed by the North Carolina Department of Public Safety between July 1, 2015, and June 30, 2016, for relevance to menopause management. Relevant medications were those either recommended for menopause management or those indicated for management of conditions that may complicate menopause management, as per the 2015 clinical decision-support algorithm tool developed by the North American Menopause Society. Analysis was restricted to women between the ages of 45 and 75.

Of 1,120 women, a majority (77.8%) were between the ages of 45 and 54. Less than 5% of individuals in this study were prescribed estrogen-containing therapy. The most commonly prescribed medications that may constrain options for menopause treatment were related to hypertension and other cardiovascular disease or mental health conditions.

The retrospective nature of this data set limits the findings, given that researchers did not have access to diagnoses or data on polypharmacy. Still, this study indicates that many women over 45 experiencing incarceration are living with health conditions that may complicate menopause symptom management with hormone therapy. Future research in carceral settings must examine the prevalence of menopause-related symptoms as well as access to and quality of comprehensive menopause management.

There is a paucity of literature around the menopause-related needs of individuals experiencing incarceration. To the best of the authors’ knowledge, no other research has examined prevalence of pharmacologic menopause management among women who are incarcerated.

In this chapter, we analyze and reflect on how our cultural identities and educational experiences as international students who pursued a doctoral degree in the United States affected and influenced our teaching philosophy and praxis as professors and educators. In this sense, we examine how our cultural identities and experiences help us define and shape our teaching praxis in the contexts in which we teach. We both are professors of color – Latino and Latino-Japanese – who graduated from doctoral programs in the United States. Currently, we work and serve culturally and linguistically diverse students, including first-generation students, in public higher education settings in Chile and the United States. We used a collection of narratives to delve into the significance of these events in our praxis. As theoretical lenses, we analyze these narratives using cultural identity and the reflecting teacher to examine our practices and identities as educators. We both conclude that our reflections, experiences, and cultural identities have been instrumental in the process of developing a professional identity that guides our teaching praxis in ways that are critical and social justice oriented.

The purpose of this paper is to investigate the effect of an admixture, Swine-waste Bio-char (SB), on the water absorption characteristics of cement pastes.

The effect of SB percentages, heat treatment temperatures, water/binder ratios, and age on the water absorption percentages (WAPs) of SB modified cement pastes were investigated using scanning electron microscopy-energy dispersive spectra, FTIR, Brunauer-Emmett-Teller, and laboratory experiments.

The WAPs of cement pastes with SBs produced at the low treatment temperature (LTT) of 340°C and 400°C were significantly lower (p<0.01) than pastes with SBs produced at the high treatment temperature (HTT) of 600°C and 800°C. This was attributed primarily to the more dominant presence of hydrophobic alkyl surface groups from non-volatilized matter in LTT-SBs. This had also resulted in lower surface areas and pore volumes in LTT-SBs. As a result of the volatilization of these labile hydrophobic groups at HTT, HTT-SBs were more hydrophilic and had higher surface areas and pore volumes. Consequently, HTT-SB pastes had higher WAPs and no significant differences (p<0.05) existed between HTT-SB pastes and control pastes. Also, low water/binder ratios and aging reduced water absorption of SB modified cement pastes.

LTT-SBs reduce water absorption and could reduce concrete deterioration; and as such, associated building repair, maintenance, and adaptation costs. Notably, reductions in concrete water absorption will extend the service life of concrete buildings and infrastructures, particularly in unfavorable environmental conditions. The observed benefits are tempered by the current lack of information on the effects of SB on compression strength, workability, and other durability properties.

SB utilization in concrete buildings will enhance swine-waste disposal and reduce negative environmental impacts on swine farming communities; consequently, improving their quality of life.

Current bio-char research is focused on plant-derived bio-char toward soil remediation and contaminant removal, with very limited applications in concrete. This research advances knowledge for developing livestock-derived bio-char, as a PCRM, toward more sustainable and durable concrete structures.

The purpose of this paper is to assess how college students received and responded to H1N1 pandemic emergency preparedness information and to assess college students’ knowledge and attitudes towards H1N1 during the height of the H1N1 epidemic and corresponding public health response to the outbreak.

Using a case study approach, the researchers conducted five focus groups at a large Southeastern US university between October 20‐29, 2009.

In order to effectively communicate emergency preparedness information to college students, universities should rely on interpersonal communication and mediated communication from trusted sources. College students need to understand the health‐related emergency, the risk of the emergency, basic steps to avoid it, and only pertinent cues to action. Oversaturation of this information can lead college students to lessen their perceived importance of the disaster prevention information.

Focus groups were conducted during only two consecutive weeks of the H1N1 epidemic, and snowball sampling may have led to sample bias.

This research was conducted during the height of the H1N1 pandemic, and is the only study to date that explores college students’ knowledge, attitudes, and behaviors towards H1N1.

The targeted use of standardized outcome measures (SOMs) of mental health in research with older adults who are incarcerated promotes a common language that enables interdisciplinary dialogue, contributes to the identification of disparities and supports data harmonization and subsequent synthesis. This paper aims to provide researchers with rationale for using “gold-standard” measures used in research with community-dwelling older adults, reporting associated study sample psychometric indexes, and detailing alterations in the approach or measure.

The authors highlight the mental health of older adults who are incarcerated. They also discuss the benefits of SOMs in practice and research and then identify gold-standard measures of mental health used in research with community-dwelling older adults and measures used in research with older adults who are incarcerated. Finally, the authors provide several recommendations related to the use of SOMs of mental health in research with this population.

Depression, anxiety and post-traumatic stress disorder are common among older adults who are incarcerated. Researchers have used a variety of measures to capture these mental health problems, some parallel to those used with community-dwelling samples. However, a more targeted use of SOMs of mental health in research with this population will contribute to important strides in this burgeoning field.

This review offers several practical recommendations related to SOMs of mental health in research with older adults who are incarcerated to contribute to a rigorous evidence base and thus inform practice and potentially improve the health and well-being of this population.

This study aims to evaluate two bacterial cellulose (BC) films as an alternative textile surface suitable for use in the manufacture of clothing prototypes.

A combination of experiments for the production and characterization of BC films with traditional techniques for sewing fabrics was carried out. BC films were produced from the bacterum Gluconacetobacter hansenii UCP1619 and from Kombucha, a consortium of microorganisms grown on sugared tea. The BC films were then purified, characterized by scanning electron microscopy (SEM) and evaluated for mechanical strength. Two clothing prototypes were developed by combining BC films with a flat fabric composed of 70% linen and 30% polyester to assess the viability of the garment for future clothing making using biomaterials.

The results showed that the combination of flat fabric with BC-based biomaterials is a viable alternative for the innovative use of BC films in the manufacture of apparel products, especially after optimizing the mechanical properties of the artefact.

BC application studies in the textile industry are still in their early stages, although they are attracting more and more the attention of researchers around the world. The experiments carried out in this research provide new information on the handling and application of this material in innovative products for the textile industry.

A growing body of research suggests that conflict can be beneficial for groups and organizations (e.g., De Dren & Van De Vliert, 1997). This paper articulates the argument that to be in conflict is to be emotionally activated (Jones, 2000) and utilizes Galtung's (1996) triadic theory of conflict transformation to locate entry points for conflict generation. Application of these ideas is presented through exemplars that demonstrate the utility of addressing emotions directly in the management of organizational conflicts.

The purpose of this study is to explore the feasibility of utilizing agricultural (almond shell, rice husk and wood) waste biochars for partial cement replacement by evaluating the relationships between the physiochemical properties of biochars and the early-age characteristics of cement pastes.

Biochars are prepared through the thermal decomposition of biomass in an inert atmosphere. Using varying percentages, biochars are used to replace ordinary Portland cement (OPC) in cement pastes at a water/binder ratio of 0.35. Characterization methods include XPS, FTIR, SEM, TGA, BET, Raman, loss-on-ignition, setting, compression and water absorption tests.

Accelerated setting in biochar-modified cement pastes is attributed to chemical interactions between surface functional groups of biochars and calcium cations from OPC, leading to the early development of metal carboxylate and alkyne salts, alongside the typical calcium-silicate-hydrate (C-S-H). Also, metal chlorides such as calcium chlorides in biochars contribute to the accelerate setting in pastes. Lower compression strength and higher water absorption result from weakened microstructure due to poor C-S-H development as the high carbon content in biochars reduces water available for optimum C-S-H hydration. Amorphous silica contributes to strength development in pastes through pozzolanic interactions. With its optimal physiochemical properties, rice-husk biochars are best suited for cement replacement.

While biochar parent material properties have an impact on biochar properties, these are not investigated in this study. Additional investigations will be conducted in the future.

Carbon/silicon ratio, oxygen/carbon ratio, alkali and alkaline metal content, chlorine content, carboxylic and alkyne surface functional groups and surface areas of biochars may be used to estimate biochar suitability for cement replacement. Biochars with chlorides and reactive functional groups such as C=C and COOH demonstrate potential for concrete accelerator applications. Such applications will speed up the construction of concrete structures and reduce overall construction time and related costs.

Reductions in OPC production and agricultural waste deterioration will slow down the progression of negative environmental and human health impacts. Also, agricultural, manufacturing and construction employment opportunities will improve the quality of life in agricultural communities.

Empirical findings advance research and practice toward optimum utilization of biomass in cement-based materials.

This research provides accounting-ethics authors and administrators with a benchmark for accounting-ethics research. While Bernardi and Bean (2010) considered publications in business-ethics and accounting’s top-40 journals this study considers research in eight accounting-ethics and public-interest journals, as well as, 34 business-ethics journals. We analyzed the contents of our 42 journals for the 25-year period between 1991 through 2015. This research documents the continued growth (Bernardi & Bean, 2007) of accounting-ethics research in both accounting-ethics and business-ethics journals. We provide data on the top-10 ethics authors in each doctoral year group, the top-50 ethics authors over the most recent 10, 20, and 25 years, and a distribution among ethics scholars for these periods. For the 25-year timeframe, our data indicate that only 665 (274) of the 5,125 accounting PhDs/DBAs (13.0% and 5.4% respectively) in Canada and the United States had authored or co-authored one (more than one) ethics article.