Technology Offerings

Novel ionic liquids comprising Aryl-Alkyl-substituted Imidazolium Cations (TAAILs)

The technology describes novel ionic liquids. With this technology a directed choice of substituents, attached groups and the anion is possible which makes it possible to create ionic liquids with special properties for different applications.

450K methylation arrays for classification of brain tumor types

The method allows very consistent classification of tumor entities (especially brain tumor sub-types) by analyzing the methylation pattern of genome wide CpG positions.

Methods for a quantitative release of biotinylated peptides and proteins from streptavidin complexes

Biotinylated molecules, like proteins or peptides, DNA, RNA and PNA are quantitatively released from streptavidin complexes by adding a mixture of SX. After elution and removal of SX, e.g. by evaporation, the biotinylated molecules can be used for subsequent applications and analyses.

A unique inducible mouse model of hepatocellular carcinoma (HCC)

The mouse model faithfully mimics clinical conditions in HCC and allows evaluation of novel therapeutic strategies like immunotherapy or antiangiogenic therapy or vaccination. The tumor induction is tightly controlled by cre/loxP-system in a dose-dependent manner.

Secure identification with a class of one-way functions

It is the task of the following invention to indicate a method for the construction of a class of one way-functions. One-way functions are fundamental tools for cryptography, personal identification, authentication, universal hashing and other data security applications (i.e. the password-problem). Beside the use for authentication, the implementation of one-way functions in conditional access systems and payment systems is possible. For Internet applications the one-way functions can be used for generate session-IDs.

DMIR – Strain-based measurement and interpretation system for pneumatic radial tires

The DMIR system is both a process and a device for recording the tire state as forces, inflation and others, especially for pneumatic radial tires. During the process, the current rolling condition of the tire is measured and compared with condition data records that were prepared with a number of preliminary calculations, measurements, and/or test results and then saved in a database. This process is suitable for the determination of interior tire pressure, wheel speed, normal and tangential forces, tire stability, state of wear, and the friction coefficients and will support interior pressure and vehicle stability control systems.

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