Soka University Repository / 創価大学機関リポジトリ
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Task-based Approach to Increase Interaction at a College Open Campus
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中小規模事業所におけるメンタルヘルス対策の取り組み状況と課題 －経営者・従業員・支援者の視点から－
Get PDF職場におけるメンタルヘルス対策は、近年より重要な課題となってきている。本研究では中小規模事業所経営者・従業員に面接調査を行い、その語りの中から中小規模事業所におけるメンタルヘルス対策への取り組みについて検討する。その際、経営者の視点のみならず、従業員並びに支援者の視点も加え多角的に捉えることを目的とした。面接対象者は経営者６名、従業員６名、心理士２名であった。その語りの中で特徴的だった以下の３点について総合考察を進める。１．経営者の実施している「普段の声かけ」と従業員の求める「話せる場所」の相違点。２．経営者にとって効果が目に見えないものへの導入について。３．メンタルヘルスの分かりにくさと学校教育の関わり。最後に調査結果を踏まえて「メンタルヘルス対策の効果測定の必要性」と「心理職が産業分野に関わることの重要性とその役割」という視点で提言としてまとめた。departmental bulletin pape
Exploring Jurisprudence and Legal Education For Earth Citizens in the Anthropocene: Anthony R. Zelle et al. editors’ Earth Law - Emerging Ecocentric Law (2)
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Die Wertphilosophie von Kiichiro Soda in seinem Artikel „Das System der Werte“
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Report on “Soka University Collection - Treasures of Goethe Exhibition”: First Editions and His Handwritten Letters
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Examination of dietary microalgae to culture marine copepod Pseudodiaptomus nihonkaiensis
Get PDFIn aquaculture and ornamental industries, copepods are recognized as preferred live feeds for marine fish larvae over commonly used organisms. Marine fish larvae fed with copepods show better survival and growth. Despite obvious advantages of copepods as the live feed, their use is still limited owing to low productivity and cost-efficiency when mass cultivated. Diet affects copepod egg production, survival and growth rates, hatching success, and population growth. One difficulty with the mass cultivation of copepods is, however, the varied dietary requirements of individual species. Species of the genus Pseudodiaptomus, egg-carrying copepods that occur widely, can dominate marine coastal waters, and are preyed upon by commercially significant marine fish. Consequently, some Pseudodiaptomus species are used as experimental live feed in marine aquaculture. Pseudodiaptomus nihonkaiensis Hirakawa is a dominant species during warm water seasons in Sagami Bay, Japan. Because of the potential suitability of P. nihonkaiensis as a prey source for larval fishes, the nauplii individuals were fed with three mono-microalgal diets and one mixed-microalgal diet as the control condition to determine which of them was the most favorable for the survival and reproduction of this copepod in culture. The nauplii were incubated in 500 mL glass bottles under four diet conditions (mono-diet of Chaetoceros gracilis, Rhodomonas salina, and Isochrysis galbana, and a mixed diet of C. gracilis + R. salina + I. galbana at 1:1:1 carbon ratio) for 15 days. Survival rate and development stages of the copepods were measured during the incubation duration. At day 12 and 15, ovigerous rate and sac size were also measured.departmental bulletin pape
Development of data repositories for glycan-related resources
Get PDF創価大学博士（工学）The importance of large-scale omics analyses has been growing more and more to understand the precise interactions among biological molecules. To perform omics-wide analyses, sharing experimental data from researchers is extremely valuable. Therefore, many public data repositories have been developed in the life sciences, including PRIDE and PeptideAtlas in proteomics and GlyTouCan, GlycoPOST and UniCarb-DR in glycomics, to promote sharing and accumulating data from researchers under the FAIR (Findability, Accessibility, Interoperability, and Re-usability) data principles. However, one of the missing pieces is the accumulation of glycoconjugate data, including glycopeptides, glycoproteins, glycolipids, and glycosides. GlyTouCan, for example, assigns unique identifiers for glycan structures, including monosaccharide compositions. To assign such unique identifiers to glycoconjugates, we have developed a novel data repository called GlyComb. Researchers can currently register glycopeptides and glycoproteins by specifying an amino acid sequence or UniProt ID, glycosylation sites, and glycan information to GlyComb in TSV format. Because GlyComb is built on top of Semantic Web technologies, users will be able to collect the specified glycoconjugate-associated information easily using the SPARQL query language. In addition, existing glycomics data repositories required further collaboration enhancements in order to optimize user convenience. In particular, UniCarb-DR and GlycoPOST are both similar repositories for glycomics experimental data, but they were developed and maintained independently. Therefore, in this study, in addition to developing
a novel data repository for glycoconjugate data, and I have enhanced the integration of UniCarb-DR and GlycoPOST for integrating the results of glycomics mass spectrometry experiments. As a result, these developments enable glycoscientists to more easily submit glycoconjugate data and mass spectrometry data in the glycosciences into the worldwide informatics infrastructure.doctoral thesi