Notes

Any one concept as well as proof in Carbon pollutants unity.
Perceived sibling support and family communication are important for predicting typical trajectories across clusters in frequency of attendance and the perceived importance of domestic life and peer relations. Type of impairment was less important in predicting typical trajectories.
Perceived sibling support and family communication are important for predicting typical trajectories across clusters in frequency of attendance and the perceived importance of domestic life and peer relations. Type of impairment was less important in predicting typical trajectories.
Psychosocial risks are among the significant risks at the workplace. This study aims to assess psychosocial risks for the first time in a metal processing plant in Istanbul, Turkey by applying Copenhagen Psychosocial Questionnaire (COPSOQ II) to maintenance workers, and comparing risks scores by Fine Kinney and Analytic Hierarchy Process (AHP) methods.

The COPSOQ II questionnaire was applied to all 120 maintenance workers. All items in COPSOQ II questionnaire were used as psychosocial hazards in risk assessments. Risk scores obtained by Fine Kinney and AHP methods are compared.

AHP and Fine Kinney methods indicate that "demands at work" and "offensive behavior" domains in COPSOQ II have relatively higher priorities in the workplace. The most effective sub criteria in demands at work domain are quantitative demands and work pace. Comparison of risk classes show that AHP scores are usually higher than those by Fine Kinney.

Fine Kinney risk scores and classes are considered more realistic than AHP since they include actual responses of the maintenance workers to the COPSOQ II questionnaire. These results provide a useful tool for the management to implement psychosocial hazards in their risk assessment and a roadmap for action plans.
Fine Kinney risk scores and classes are considered more realistic than AHP since they include actual responses of the maintenance workers to the COPSOQ II questionnaire. These results provide a useful tool for the management to implement psychosocial hazards in their risk assessment and a roadmap for action plans.This study is aimed at deciphering meanings embedded in the cultural ornaments of Guji Oromo women of Southern Ethiopia. Relevant data were collected through observation, interview, and focus group discussion which involved 30 participants. The data were analyzed thematically following the analytical framework of material culture theory. Results of the study reveal that, in addition to their beautification purpose, cultural ornaments of Guji Oromo women communicate meanings related to personal status, social identities, and the rights and privileges of the wearer. Cultural norms and restrictions govern the ornamentation practice of Guji women. Such practice of ornamentation shows the deep-rooted indigenous wisdom of the Guji society in promoting important cultural values such as virginity, marriage bond, and personal success while discouraging unacceptable practices such as sex before marriage and gender-based violence.The application of sewage sludge in soils can bring benefits to agricultural productivity, however, the risks arising from this application must be measured and carefully evaluated. Persistent organics compounds and drugs can be present in the sewage sludge and if applied to the soil, they can cause severe risks to the soil biota and contamination of groundwater. This work determined 174 persistent organic compounds and drugs in sludge samples from a wastewater treatment plant using chromatographic methods. The drugs ciprofloxacin, enrofloxacin and diclofenac were quantified, and values varied according to sampling period. For persistent organic compounds, cresols were the most abundant compounds in sewage sludge. With the analyses made of both the elutriate and the filtrate, it was possible to verify the potential for soil retention or leaching that each compound can present with the application of sewage sludge in the agriculture.The 2,6-di-O-methyl-β-cyclodextrin (dMβCD) is an amphiphilic annular compound consisting of seven dimethyl-glucose molecules. This compound is well known as a solubilizer of lipophilic compounds. Especially, dMβCD extracts cholesterol from the plasma membrane of mammalian cells and releases the cholesterol to the aqueous solution. The experimental use of dMβCD, therefore, serves to investigate the role of cholesterol in the mammalian cell membrane. It is, however, unclear as to how dMβCD extracts cholesterol incorporated into the glycerophospholipid biomembrane. Meanwhile, dMβCD acts as a beneficial compound for Helicobacter pylori and is used as the standard component for supporting the growth of this bacterium in the serum-free culture. However, the detailed mechanism of dMβCD for supporting the growth of H. pylori is still to be clarified. H. pylori is a Gram-negative microaerophilic bacillus recognized as a pathogen concerned with gastrointestinal diseases in human. Previous studies by our group have successfully obtained the H. pylori strains culturable without dMβCD and demonstrated the distinct effects of dMβCD on the interaction between H. pylori and exogenous steroidal compounds. Selleckchem MGH-CP1 For instance, dMβCD promotes and inhibits the absorption of cholesterol and several steroidal compounds respectively into the biomembranes of H. pylori. In this study we summarized behaviors of dMβCD toward steroidal compounds relevant to H. pylori.Correct execution of civil engineering structures depends largely on the adequate and detailed mapping of the subsurface. This can be achieved by the application of appropriate geophysical or geotechnical methods in association with a detailed information on the geological sequence of the subsurface structure. In this study, a combination of near surface seismic refraction method, cone penetration test and borehole logs were used to obtain 2-dimensional (2D) information of the subsurface geological features. These methods were used to characterize the subsurface condition of a reclaimed land in Ajah area of Lagos for the purpose of construction. The seismic refraction method revealed three geologic layers with seismic velocities ranging between 258 and 3544 m/s. Additionally, the cone penetration test revealed that the geologic formation from the topsoil to a depth of 6 m was an alluvium of soft and highly compressible property. Furthermore, the percussion drilling test also confirmed the geologic formation from the topsoil to a depth of about 6 m to be highly compressible.
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