Ogeno Gmbh

Gilupi Gmbh

Topass Gmbh

Ulrich Pison

Michael Giersig

Wolfgang Meissner

Silvia Pietschmann

Alex Schaefer

Bernd-Reiner Paulke

Regis Cartier

Lutz Kaufner

Axel Schäfer

The present invention relates to a biopsy instrument, comprising the following components: i. a guide element () comprising a spring-elastic distal () region and a proximal () region; ii. a biofunctionalized element () arranged between the distal and the proximal region of the guide element and whose surface has detection molecules, and iii. a stabilizing element () connected to the proximal region of the guide element. The invention further relates to the use of said biopsy instrument for enriching specific sample material from the body as well as to a biopsy kit and the use of the same for enriching specific sample material.

Biopsy instrument for enriching sample material

The invention describes a system for the magnetic attraction of objects, which comprises a device with a magnetic element and at least one object having magnetic particles.

Magnetic instrument for the homing of therapeutic cells and the elimination of excess therapeutic cells

The invention relates to a magnetic biopsy-instrument and use thereof for enriching specific sample material from the body. The invention also relates to a biopsy-kit and use thereof for enriching specific sample material.

Biopsy instrument comprising a magnetic element

This invention relates generally to biosensor technology, and pertains more particularly to novel multifunctional biosensors based on ordered arrays of metallic, semiconductors and magnetic nano-islands for medical, biological, biochemical, chemical and environmental applications.

Diagnostic nanosensor and its use in medicine

The present invention pertains to a three compartment structured polymer nanoparticle (core-shell-corona) for multimodal imaging with specificity for cells or cellular components, thus enabling more advanced diagnostic approaches and targeted therapy on the cellular level without the use of additional biologically active materials.

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Berlin, Germany

Ulrich Pison