Publication Server of Albstadt-Sigmaringen University
Not a member yet
    662 research outputs found

    ICK: Integration von Crowdfundingkonzepten in die Lehre

    No full text
    Im Rahmen dieses Projektes sollen Studierende durch Konzepte aus dem Crowdfunding dazu motiviert werden, sich engagiert in ein neues Themenfeld einzuarbeiten. Des Weiteren sollen Sie in die Lage versetzt werden ein Thema multimedial aufzubereiten und Erfahrungen bei der Erstellung einer Crowdfunding Kampagne zu sammeln und ermuntert werden sich später unternehmerisch zu engagieren. Gemäß dem Zitat von Konfuzius "Ich höre und vergesse, ich sehe und behalte, ich handle und verstehe" sollen neben den fachlichen Qualifikationen auch die persönlichen, sozialen und methodischen Kompetenzen der Studierenden intensiv geschult werden. Exemplarisch wird das Konzept in der Veranstaltung „Smart Textiles“ im Masterstudiengang Textil‐ und Bekleidungsmanagement an der Hochschule Albstadt‐Sigmaringen durchgeführt

    Vorgehensmodell zum Aufbau einer validierten Simulationsumgebung zur Bestimmung des durch Kompressionsstrümpfe induzierten Kontaktdrucks als Basis für eine virtuelle Funktionsanalyse

    No full text
    Eine wesentliche Herausforderung bei der Auslegung und Produktion von medizinischen Kompressionstextilien ist die Erzielung definierter Druckniveaus. Inhalt dieser Dissertation ist ein Vorgehensmodell zum Aufbau einer validierten Simulationsumgebung zur Bestimmung des durch Kompressionsstrümpfe induzierten Kontaktdrucks als Basis für eine virtuelle Funktionsanalyse. Die Anwendung dieses Vorgehensmodells wird exemplarisch sowohl an einem Messtorso als auch an einem menschlichen Probanden demonstriert

    Eating For Future

    No full text

    Toxicity of ionizing radiation (IR) in a human induced pluripotent stem cell (hiPSC)-derived 3D early neurodevelopmental model

    No full text
    Prenatal brain development is a complex and sensitive process, highly susceptible to environmental influences such as pollutants, stress, malnutrition, drugs, tobacco exposure, or ionizing radiation (IR). Disturbances in development may cause life-long disabilities and diseases, such as ADHD, childhood cancers, cognitive problems, depression, anxiety and more severe developmental disabilities. Due to increasing medical imaging, radiation therapy, natural terrestrial radiation, radioactive pollution and long-distance flights, humans are increasingly exposed to IR. However, data on impact of IR on very early human brain development are scarce, particularly in the very first weeks of gestation. Here we investigated the effects of low-dose X-ray IR (1 Gy) in a 3D early brain developmental model derived from human pluripotent stem cells. In this model very early neural stem cells, neuroectodermal progenitor cells (NEP), were exposed to low-dose IR and direct as well as delayed effects were investigated. Expression of 20 different marker genes crucial for normal neural development was determined 48 h and 9 days post IR (pIR). All but one of the analyzed marker genes were reduced 48 h after IR, and all but seven genes normalized their expression by day 9 pIR. Among the seven markers were genes involved in neurodevelopmental and growth abnormalities. Moreover, we could show that stemness of the NEP was reduced after IR. We were thus able to identify a significant impact of radiation in cells surviving low-dose IR, suggesting that low-dose IR could have a negative impact on the early developing human brain, with potential later detrimental effects

    Life Sciences Life

    Get PDF

    Durchlaufterminierung

    No full text
    In der Durchlaufterminierung geht es um die grobe Festlegung vorläufiger Start- und Endtermine der einzelnen für die Herstellung von Zwischen- und Endprodukten notwendigen Arbeitsgänge auf Basis geschätzter Plan-Durchlaufzeiten. Man unterscheidet die Verfahren der Vorwärts-, Rückwärts- und doppelten Terminierung

    Evaluation of Cyber Security aspects in smart textiles applicationes

    Get PDF
    The SEKT project systematically investigates the cyber security of electronic communication systems and their integration within smart textile products. The main aims are the scientific investigation of cyber security of smart textile products, the transfer of existing security concepts as well as the development of secure innovative prototypes. Based on the knowledge gained, recommendations for further action will be derived and potential courses for the cross-sectoral knowledge transfer will be developed. An interdisciplinary team of scientists and companies from the fields of textile and clothing technology as well as information technology is facing up to this challenge

    Smart Solutions to Improve Wearing Comfort

    No full text
    Human performance often depends on the wearing comfort of the clothing system under challenging climatic conditions. This has led researchers to explore various approaches to improving wearing comfort and trying to understand thermophysiological processes. The field of thermophysiology is most important in Sporttech, Medtech, and Protech applications, where clothing system performance is especially critical. We, the RespothermTex team, have conducted research concerning microclimate conditions and using thermoresponsive polymers to automatize the transport of warmth and humidity through a clothing system. This technology opens the possibilities for smart multifunctional clothing systems

    224

    full texts

    662

    metadata records
    Updated in last 30 days.
    Publication Server of Albstadt-Sigmaringen University
    Access Repository Dashboard
    Do you manage Open Research Online? Become a CORE Member to access insider analytics, issue reports and manage access to outputs from your repository in the CORE Repository Dashboard! 👇