We use cookies on our website. Some are necessary for the operation of the website. You can also allow cookies for statistical purposes. You can adjust the data protection settings or agree to all cookies directly.
Data Protection Declaration
Imprint
Advanced Search
Search results
Search for: erz0sxl5g8vvmvn4ys3t2pck0tnkfwpqiy0xemsfsppa1u1ofavfhpib7g9htmdy, 10 of 7963 ResultsSorting
Relevancy: 41%
Safety of L-Carnitin as a dietary supplement using a multi-platform metabolomics approach (Project)
...Forschungsreport 2/2014. [3] Weinert CH, Über die Eignung der umfassenden zweidimensionalen Gaschromatografie mit Quadrupol-MS-Detektion (GC×GC-qMS) für die Durchführung von Metabolomanalysen humaner und pflanzlicher Matrizes. ...In a previous toxicity study performed by the University of Veterinary Medicine Hannover, rats were supplemented with up to 0.5 g/L L-carnitine in the drinking water for the duration of one year. ...A very strong and dose-dependent change was observed for one important metabolite of L-carnitine, namely trimethylamine-N-oxide (TMAO): a tenfold higher TMAO level on average was observed in the high-dose group compared to the control group (2.5 µmol/L vs. 25.0 µmol/L). No other drastic changes in the overall plasma metabolome were detected. ...
Funding period: 2014 - 2016
Relevancy: 41%
Collaborative project: An agricultural experimental field for implementation of digital technologies for crop protection. Subproject 4 (Project)
...The Farmerspace project consists of seven sub-projects focusing on self-evaluation and networking / expert panel (TP1), leaf diseases of wheat (TP 2), leaf diseases of sugar beet (TP3), weed control in wheat production(TP4), weed control in sugar beet production (TP5), multidimensional data model (TP6) and practical implementation and knowledge transfer (TP 7). ...In TP 2/3, low power wide area sensor networks (LPWAN, IoT) are used to monitor the microclimate, integrate remote sensing methods, and then transfer the methods to the other crops (sugar beet, wheat). ...TP 4/5 uses monitoring methods to analyze the technology (e.g., efficiency of tillage equipment) and remote sensing techniques with a focus on weeds in wheat and sugar beet crops. ...
Funding period: 2020 - 2025
Relevancy: 41%
Collaborative project: An agricultural experimental field for implementation of digital technologies for crop protection. Subproject 1 (Project)
...The Farmerspace project consists of seven sub-projects focusing on self-evaluation and networking / expert panel (TP1), leaf diseases of wheat (TP 2), leaf diseases of sugar beet (TP3), weed control in wheat production(TP4), weed control in sugar beet production (TP5), multidimensional data model (TP6) and practical implementation and knowledge transfer (TP 7). ...In TP 2/3, low power wide area sensor networks (LPWAN, IoT) are used to monitor the microclimate, integrate remote sensing methods, and then transfer the methods to the other crops (sugar beet, wheat). ...TP 4/5 uses monitoring methods to analyze the technology (e.g., efficiency of tillage equipment) and remote sensing techniques with a focus on weeds in wheat and sugar beet crops. ...
Funding period: 2020 - 2025
Relevancy: 41%
Collaborative project: An agricultural experimental field for implementation of digital technologies for crop protection. Subproject 2 (Project)
...The Farmerspace project consists of seven sub-projects focusing on self-evaluation and networking / expert panel (TP1), leaf diseases of wheat (TP 2), leaf diseases of sugar beet (TP3), weed control in wheat production(TP4), weed control in sugar beet production (TP5), multidimensional data model (TP6) and practical implementation and knowledge transfer (TP 7). ...In TP 2/3, low power wide area sensor networks (LPWAN, IoT) are used to monitor the microclimate, integrate remote sensing methods, and then transfer the methods to the other crops (sugar beet, wheat). ...TP 4/5 uses monitoring methods to analyze the technology (e.g., efficiency of tillage equipment) and remote sensing techniques with a focus on weeds in wheat and sugar beet crops. ...
Funding period: 2020 - 2025
Relevancy: 41%
Collaborative project: An agricultural experimental field for implementation of digital technologies for crop protection. Subproject 3 (Project)
...The Farmerspace project consists of seven sub-projects focusing on self-evaluation and networking / expert panel (TP1), leaf diseases of wheat (TP 2), leaf diseases of sugar beet (TP3), weed control in wheat production(TP4), weed control in sugar beet production (TP5), multidimensional data model (TP6) and practical implementation and knowledge transfer (TP 7). ...In TP 2/3, low power wide area sensor networks (LPWAN, IoT) are used to monitor the microclimate, integrate remote sensing methods, and then transfer the methods to the other crops (sugar beet, wheat). ...TP 4/5 uses monitoring methods to analyze the technology (e.g., efficiency of tillage equipment) and remote sensing techniques with a focus on weeds in wheat and sugar beet crops. ...
Funding period: 2020 - 2025
Relevancy: 41%
Dissection of Wild Emmer Wheat QTLs (Quantitative Trait Loci) Conferring Drought Resistance (Project)
...Wild relatives, like emmer wheat (T. diccocoides), are a valuable resource for improving drought stress tolerance in T. durum and T. aestivum, therefore. ...F4 progenies that were prcviously sown in December 2016, were grown under water-limited and well-watered conditions for phenotyping in 2017. The QTLs on chromosome 2BS and 7AS were both narrowed down to a genetic intervals of 3-4 cM correspondning to 13.6 Mio and 1.1 Mio basepairs. ...
Funding period: 2014 - 2018
Relevancy: 41%
Technical support to improve and automatize data collection and reporting on animal disease outbreaks and surveillance (Project)
...1. Evaluation, review and advice on updating and harmonising the EFSA data model on AI, ASF and LSD and related population data 2. Survey of the data flow/structure within the Member States and identification of potential solutions to facilitate data preparation for EFSA or supranational databases 3. Exemplary implementation of such a data flow to EFSA for 4 Member States from different regions (e.g. CSF/ASF-WB-DB) 4. Overview of existing data analysis and reporting tools, including GIS, which could be used to facilitate the evaluation of the EFSA database 5. ...
Funding period: 2018 - 2021
Relevancy: 40%
RADAR-sensor system for determination of sugar beet root growth in pot experiments (Project)
...Within the research network “CROP.SENSe.net” a sensor-system based on Ultra-Wide-Band (UWB) RADAR is being developed which allows analysis of in soil plant parts (e.g. sugar beets) in a non destructive way under greenhouse conditions (plant pots). This system based on a bistatic 0.9 to 9 GHz UWB-RADAR was mounted to a scanner-system with a linear and circular drive for positioning of the antennas. ...
Funding period: 2009 - 2014
Relevancy: 40%
Development of a 'Contact Allergen Activated T-Cell (CAATC)-Assay' using dendritic cells from skin: characterization of the sensitizing potency of chemicals via dendritic cell-induced expression of lineage specific T cell transcription factors (Project)
...In cocultures of LCs together with CD4+ T cells, polarization of naive T cells toward specific effector T cells will be induced after subsequent interaction. The following biological endpoints will be explored in the CAATC-Assay: 1. Chemotactic migration of LCs through a 8 µm porus of a Transwell-system; 2. Flow cytometric characterization of cell surface markers like costimulatory and adhesion molecules on LCs; 3. Expression of transcription factors specific for effector T cell subpopulations by quantitative real-time-PCR.In our in vitro allergy testing system the transcription factors Runx3, T-bet, GATA-3, RORC2, and FOXP3 will be evaluated for the first time according to their eligibility to serve as functional markers for induction of CTLs, TH1, TH2, TH17, or regulatory T cells (TReg). qRT-PCR analyses of the expression of effector T cells are expected to point to specific surface markers...
Funding period: 2010 - 2012
Relevancy: 40%
Collaborative project: Selective, non-chemical control of toxic plants in extensive grassland. Subproject 1 (Project)
...For this purpose, a driverless, 0.40 m wide mower and, alternatively, a tractor-coupled water jet device with a working width of 2.50 m, divided into 10 individually switchable sections, were set up. ...In spring, the devices removed the plants from the grassland according to this map. A repeated measure 2 to 3 weeks later reduced the stock to 0 to 2 plants per m² at the time of the hay harvest in mid-June."...
Funding period: 2018 - 2021
