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1,741 Data sources

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  • The COVID-19 NMR Repository aims to make as many viral RNA and proteins as possible available for NMR work and screen them using a fragment library. Originally, the goal of the project was to determine RNA and protein structures of SARS-CoV-2 and to investigate the drugability of those structures by small molecules. As the initial work has been completed, they continue to investigate viral research via NMR and beyond.

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  • BiNHum is a joint project of five natural history museums and research collections representing the Humboldt-Ring. BiNHum is a data portal for the consolidation of collection data from the Humboldt-Ring institutes and their associate. It provides querying of the biodiversity data, data mining, data standardisation, and digitized data. Collection objects from herbaria, zoological and palaeontological collections of the participating institutions and partners can be searched.

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  • PlanMine is an integrated web resource of data & tools to mine Planarian biology. Transcriptomes and the genome of the planarian model species S. mediterranea are available, as well as transcriptomes of “wild” planarian species and a broad range of parasitic and non-parasitic flatworms for comparative analysis. PlanMine can be searched by sequence (using BLAST) or by annotation. Mineable information includes BLAST homologies, GO-terms, orthologues in other planarian species, gene expression information and taxonomic information on the represented species.

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  • The COSYNA observatory measures key physical, sedimentary, geochemical and biological parameters at high temporal resolution in the water column and at the sediment and atmospheric boundaries. COSYNA delivers spatial representation through a set of fixed and moving platforms, like tidal flats poles, FerryBoxes, gliders, ship surveys, towed devices, remote sensing, etc.. New technologies like underwater nodes, benthic landers and automated sensors for water biogeochemical parameters are further developed and tested. A great variety of parameters is measured and processed, stored, analyzed, assimilated into models and visualized.

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  • This site is a university repository providing access to the publication output of the institution. A RSS feed is available for anyone interested in keeping up-to-date with newly added materials. The interface and majority of the contents are available in German only.

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1,741 Data sources
  • more_vert
  • The COVID-19 NMR Repository aims to make as many viral RNA and proteins as possible available for NMR work and screen them using a fragment library. Originally, the goal of the project was to determine RNA and protein structures of SARS-CoV-2 and to investigate the drugability of those structures by small molecules. As the initial work has been completed, they continue to investigate viral research via NMR and beyond.

    more_vert
  • BiNHum is a joint project of five natural history museums and research collections representing the Humboldt-Ring. BiNHum is a data portal for the consolidation of collection data from the Humboldt-Ring institutes and their associate. It provides querying of the biodiversity data, data mining, data standardisation, and digitized data. Collection objects from herbaria, zoological and palaeontological collections of the participating institutions and partners can be searched.

    more_vert
  • PlanMine is an integrated web resource of data & tools to mine Planarian biology. Transcriptomes and the genome of the planarian model species S. mediterranea are available, as well as transcriptomes of “wild” planarian species and a broad range of parasitic and non-parasitic flatworms for comparative analysis. PlanMine can be searched by sequence (using BLAST) or by annotation. Mineable information includes BLAST homologies, GO-terms, orthologues in other planarian species, gene expression information and taxonomic information on the represented species.

    more_vert
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  • The COSYNA observatory measures key physical, sedimentary, geochemical and biological parameters at high temporal resolution in the water column and at the sediment and atmospheric boundaries. COSYNA delivers spatial representation through a set of fixed and moving platforms, like tidal flats poles, FerryBoxes, gliders, ship surveys, towed devices, remote sensing, etc.. New technologies like underwater nodes, benthic landers and automated sensors for water biogeochemical parameters are further developed and tested. A great variety of parameters is measured and processed, stored, analyzed, assimilated into models and visualized.

    more_vert
  • more_vert
  • This site is a university repository providing access to the publication output of the institution. A RSS feed is available for anyone interested in keeping up-to-date with newly added materials. The interface and majority of the contents are available in German only.

    more_vert
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  • 16
  • 17
  • 18
  • 19
  • 20
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