3,160 research outputs found
The onboarding process of highly-skilled self-initiated expatriates : an exploratory study in the Austrian information technology sector
No full textAuthor Jasmin Anna BauerMasterarbeit Universität Linz 202
Description of three new species of Bradyidius (Copepoda: Calanoida), the new aetideids from the deep Pacific Ocean, with notes on the genera Bradyidius and Aetideopsis
No full textMarkhaseva, Elena L., Renz, Jasmin (2021): Description of three new species of Bradyidius (Copepoda: Calanoida), the new aetideids from the deep Pacific Ocean, with notes on the genera Bradyidius and Aetideopsis. Zootaxa 5004 (2): 343-369, DOI: 10.11646/zootaxa.5004.2.
Two new Byrathis species (Copepoda: Calanoida) from the deep South Atlantic and Southern Ocean and first description of an adult male
No full textMarkhaseva, Elena L., Renz, Jasmin (2011): Two new Byrathis species (Copepoda: Calanoida) from the deep South Atlantic and Southern Ocean and first description of an adult male. Zootaxa 2889: 49-68, DOI: 10.5281/zenodo.20106
Automating data management in science and engineering
No full textIn this thesis we investigate a profile of data management problems, from the initial stages of data capture and storage, through management of evolving data structures, to retrieval and analysis of distributed data. We concentrate on automating the data management process for scientific and engineering users, who are skilled in their field of work, but less familiar with database technologies. We first look at data capture, and automatic database generation and data storage, using metadata about the process of engineering design as an example. We use an abstraction layer that is independent of platform, database and data domain. A persistent archive should be flexible enough to cope with data structures that change over time. We show that our architecture naturally facilitates database schema evolution, providing such flexibility automatically. Finally, we demonstrate that scientific simulation results can be retrieved through an automatically generated, customisable web based interface and analysed with a secure post-processing facility for archived and user uploaded code.</p
multivariateLassosum_Simulations
No full textData needed for the simulation analysis from the manuscript: "Multivariate extension of penalized regression on summary statistics to construct polygenic risk scores for correlated traits" by Meriem Bahda, Jasmin Ricard, Simon L. Girard, Michel Maziade, Maripier Isabelle, Alexandre Burea
Description of Bradyetes paramatthei sp. nov. (Copepoda: Calanoida), a new aetideid species from the deep Pacific Ocean with notes on the genus Bradyetes
No full textMarkhaseva, Elena L., Petrov, Anatoly, Renz, Jasmin (2020): Description of Bradyetes paramatthei sp. nov. (Copepoda: Calanoida), a new aetideid species from the deep Pacific Ocean with notes on the genus Bradyetes. Zootaxa 4732 (2): 258-280, DOI: 10.11646/zootaxa.4732.2.
Characterization of a New Potyvirus Isolated from Jasmin (Jasminum sambac (L.)Ait) in Taiwan
No full textA previously undescribed virus disease that caused severe yellow mosaic on leaves of jasmin plants was found in 1995 at Kaohsiung and Pingtung, Taiwan. The first discernible symptom observed is irregular yellow spot. Later, the spot advanced and making the whole leaf yellowing. Three major symptom types, i.e. symptomless virus infection, irregular yellow spot and severe yellow mosaic were evidenced in the field. The virus disease is a complex disease, more than three filamentous viruses were observed in crude saps of field jasmin. A flexuous filamentous virus of 720-750 nm in particle size, was successfully isolated by mechanical inoculation from diseased jasmin showing yellow mosaic symptom. It is the first report of jasmin virus disease in Taiwan. The thermal inactivation point of the virus was 50-55 °C, dilution end point was 10-3 to 10-4 and the longevity in vitro was 2-3 days at 24°C and more than 10 months at -70 °C. Pinwheel-shaped and laminated inclusion bodies typical of potyvirus infection were found in local lesion of Chenopodium amaranticolor. Cellular organelles alterations of nuclei, chloroplast, mitochondria in virusinfected leaf of jasmin showing yellow mosaic symptom were also observed by electron microscopy. It had a very narrow host range restricted to three species in chenopodiaceous plants among 56 tested plant species belonging to 12 families. Attempts to transmit the virus by aphids using C. quinoa and C. amaranticolor as source plants failed. Protein with a molecular weight of 32 kDa was detected where purified virus was denatured with sodium dodecyl sulfate (SDS) and analyzed by electrophoresis in polyacrylamide gels (SDS-PAGE) and by western blotting. An antiserum with a titre of 512 was obtained by immunizing a white rabbit with the purified virions. In Western blotting, indirect ELISA, SDS-agar gel double diffusion test, the antiserum against the jasmin virus isolate reacted strongly with its homologous antigens, but not to antigens of fourteen other potyviruses. In order to further characterize the virus at the molecular level, CP genes of jasmin virus isolate was cloned, sequenced and analyzed. A sequence of 1289 nucleotides (nts) was found and the percent of nucleotide identities of the CP gene and the NCR were less than 69% and 54%, comparing to twenty potyviruses, respectively. Similarly, percent identities of CP amino acid sequence to those of twenty other known potyviruses were all below 69%. The virus was identified as a new potyvirus species on the basis of its particle morphology and size, physical properties, cytopatholoy, serological characteristics and percent of nucleotide and amino acid sequences identity, and a name, Jasmin virus T, JaVT, was previsionally proposed. It is the first report about successful virus isolation from jasmin in the world
Fortissat Science Alliance: Jasmin Güven
No full textJasmin Güven is a PhD student in the School of Chemistry at the University of Edinburgh. She took part in the Fortissat Science Alliance podcast recordings in August 2023.What is the Fortissat Science Alliance?The Fortissat Science Alliance was a Wellcome Trust & Children In Need "Curiosity" project. This scheme provided informal STEM learning opportunities for young people who attended the community centre Getting Better Together Shotts (GBT Shotts) between 2019 and 2023. Due to the COVID-19 pandemic, deliveries had to pivot online so the podcast was founded. These recordings were made via Zoom with warm-up STEM activities sent to every young person in advance, along with a profile page for each researcher, so that they were relaxed and able to ask excellent questions.Link to episode on Spotify.Depending on the broadcast date, podcast deliveries were co-sponsored by Glasgow Science Festival, EXPLORATHON 2021, or EXPLORATHON 2022/23.For the duration of the project, it was supported jointly by Children in Need and the Wellcome Trust. In 2021, EXPLORATHON episodes were supported by the European Commission [grant agreement ID 101036101]. In 2022-23, EXPLORATHON episodes were supported by the Engineering & Physical Sciences Research Council [grant number EP/X020894/1].Author contributions to contentJasmin Güven was the guest featured on this episode. Rebecca Hay was the youth worker coordinating the young people who conducted the interviews as well as co-editing and broadcasting the recordings. Iain Hamilton co-edited the episodes. Kirsty Ross was the STEM consultant for the project and uploaded completed episodes to Figshare.</p
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Storing and manipulating environmental big data with JASMIN
No full textJASMIN is a super-data-cluster designed to provide
a high-performance high-volume data analysis environment for
the UK environmental science community. Thus far JASMIN
has been used primarily by the atmospheric science and earth
observation communities, both to support their direct scientific workflow, and the curation of data products in the STFC Centre for Environmental Data Archival (CEDA). Initial JASMIN configuration and first experiences are reported here. Useful improvements in scientific workflow are presented. It is clear from the explosive growth in stored data and use that there was a pent up demand for a suitable big-data analysis environment.
This demand is not yet satisfied, in part because JASMIN does not yet have enough compute, the storage is fully allocated, and not all software needs are met. Plans to address these constraints are introduced
Seeing Jesus Christ in the barracks of V.P. 2507"
No full textKomedija Ive Brešana Viđenje Isusa Krista u kasarni V. P. 2507 diplomska je predstava studenta glume Ivana Simona koju je mentorirao doc. art. Jasmin Novljaković. Student ovim projektom završava studiranje na Akademiji za umjetnost i kulturu u Osijeku i Odsjeku za kazališnu umjetnost. Ovaj pisani rad je njegov subjektivni osvrt na proces rada te finalni rezultat te objektivno iznošenje činjenica i podataka o autoru, kao i svima koji su sudjelovali u ovom projektu. Cilj ovog pisanog rada je da student postane magistar glume.Ivo Brešan's comedy The sighting of Jesus Christ in the barracks of M.P. 2507 is a graduation play by the student of acting Ivan Simon which was mentored by doc. art. Jasmin Novljaković. With this project the student completes his studies at the Academy of arts and culture in Osijek and the Department of Theater Arts. This masters thesis is his subjective review on the working proces as well as the final result and unbiased extraction of facts and informations about the author and everybody that participated in this project. The goal of this masters thesis is to allow student to become a master of acting
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