Team:Heidelberg/Sponsors

Klaus Tschira Foundation

Physicist Dr. h.c. Klaus Tschira established the Klaus Tschira Foundation in 1995 as a not-for-profit organization designed to support research in informatics, the natural sciences, and mathematics, as well as promotion of public understanding in these sciences. Klaus Tschira’s commitment to this objective was honored in 1999 with the „Deutscher Stifterpreis” by the National Association of German Foundations. The home of the Foundation is the Villa Bosch in Heidelberg, the former residence of Nobel Prize laureate for chemistry Carl Bosch (1874–1940). Klaus Tschira is a co-founder of the SAP AG in Walldorf, one of the world’s leading companies in the software industry. After many years on the board of directors, Klaus Tschira is now a member of the company’s supervisory board.

Isilon

Powering Life Science & Bioinformatics Workflows

Isilon® Systems is the proven market leader in scale-out NAS. Our clustered storage and data management solutions for file-based data drive unique business and economic value for customers by maximizing the performance of their mission-critical applications, workflows, and processes. Isilon enables enterprises and research organizations worldwide to manage large and rapidly growing amounts of file-based data in a highly scalable, easy-to-manage, and cost-effective way.

LANGE + PFLANZ

Die LANGE + PFLANZ Werbeagentur GmbH ist seit 1992 Spezialist für Marketing + Design. Unsere Schwerpunkte liegen in den Bereichen Finanzkommunikation, Unternehmenskommunikation und Strategische Kommunikation. Als inhabergeführte Kommunikationsagentur bieten wir individuelle und nachhaltige Kommunikationslösungen auf unterschiedlichen medialen Plattformen.

Chroma

Chroma Technology Corp. is a manufacturer of interference filters for the ultra-violet, visible and near-infrared portions of the spectrum, including bandpass, multiple bandpass, and long and short pass filters, as well as beamsplitters, dichroic mirrors and laser rejection filters. We specialize in precision spectral control, including extra high signal-to-noise ratio filters and those with rapid cut-on and cut-off profiles. The manufacturing process involves precisely depositing, in a vacuum, extremely thin layers of two or more materials on a glass or similarly transparent substrate.

Graffinity

Graffinity is the premier partner for fragment based drug discovery and lead development of small molecule pharmaceuticals. Graffinity has built a unique approach which includes chemical microarrays, fragment screening, SPR label-free imaging of protein-ligand interactions, computational chemistry and lead discovery. The technology platform offers a new drug discovery paradigm for the rapid conversion of genomic information into novel, high quality leads and drug candidates. Graffinity applies this technology in established high-profile collaborations with leading Pharma and Biotech companies.

Amnis

Amnis designs, manufactures and markets leading cell imaging instrumentation for the research and clinical markets. The Company’s flagship product is the ImageStream system, which combines the speed and sensitivity of flow cytometry with the power of high resolution digital microscopy. As the only technology capable of imaging cells at high speed directly in bodily fluids, ImageStream enables unique, non-invasive diagnostic applications. These applications include residual disease detection via high throughput FISH, circulating endothelial cell and tumor cell analysis, and advanced automated hematology based on multi-color phenotyping combined with histochemical staining.

University of Heidelberg

The future since 1386
Soon after its foundation, the University had firmly established its position in Europe's intellectual landscape. In the initial period, renowned theologians and jurists figured prominently among the Elector's counsellors, while the list of alumni included chancellors, bishops and royal emissaries. Later, in the 15th century, Heidelberg developed into a stronghold of humanism.

Bioquant

In addition to the experimental acquisition of biological data and their analysis with bio-statistical and bio-computational methods, the modelling and simulation of these processes as well as their validation have become more important than ever before. For small systems such as single molecules and small complexes, molecular models have already provided significant insights leading not only to a better understanding of interactions, but also to the rational design of new drugs. For more complex systems (large molecular complexes, cells, organs and populations), such analysis is only preliminary. On this basis, the University of Heidelberg has established the research network for the "Quantitative Analysis of Molecular and Cellular Biological Systems (BIOQUANT)" which integrates research groups from different disciplines and help them to focus on these research tasks.