Behringwerke Aktiengesellschaft

Behring Diagnostics Gmbh

Heinz-Jurgen Friesen

Peter Hermentin

Klaus Habenstein

Helmut Kohl

Hans-Erwin Pauly

Karlheinz Enssle

Joseph Stark

Gerd Grenner

Reiner Donges

Udo Franssen

Compounds from biopolymers and effector substances which are linked via optically active amino acid derivatives, processes for the preparation thereof and the use thereof. The invention relates to compounds from biopolymers and effector substances which are linked with the aid of derivatives of optically active amino acids in which the amino group has been converted into a maleimido group and the carboxyl group into an active easter group.

Compounds from biopolymers and effector substances which are linked via

Compounds from biopolymers and effector substances which are linked via optically active amino acid derivatives, processes for the preparation thereof and the use thereof. The invention relates to compounds from biopolymers and effector substances which are linked with the aid of derivatives of optically active amino acids in which the amino group has been converted into a maleimido group and the carboxyl group into an active ester group.

The invention relates to compounds from biopolymers and effector substances which are linked with the aid of derivatives of optically active amino acids in which the amino group has been converted into a maleimido group and the carboxyl group into an active ester group, processes for the preparation thereof and the use thereof.

Biopolymer and effector substance conjugates, process for the

The invention relates to compounds from biopolymers and effector substances which are linked with the aid of derivatives of optically active amino acids in which the amino group has been converted into a maleimido group and the carboxyl group into an active ester group.

The invention relates to magnetic protein conjugates of the formula I

Magnetic protein conjugates, a process for the preparation thereof and

A solid diagnostic device for the quantitative determination of substances of biological affinity in biological fluids is described. A process is also described in which the biological fluid is brought into contact with a specific functional sector of the device, the fluid migrates through several functional sectors situated beside one another and containing suitable reagent components, and one or more substances of biological affinity are detected in such functional sectors which contain, for each substance to be detected, at least one combination partner of biological affinity, attached to a solid phase.

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Marburg, Germany

Heinz-Jurgen Friesen