Biametrics

Biomolecular Interaction Analysis

Products

Biametrics` label free 1lambda technology is available in the:

Both devices come with coated sensor chips (microarray format and mini format respectively) and assay protocols ready to support almost any R&D application from kinetic evaluation of microarrays to online immobilization.

Our different disposables and manufacturing chains include quality assurance and security features. For further information about available applications in the field of biomolecular interaction studies please have a look at the applications section. 

 

A versatile biomolecular interaction analysis tool for arrays in the standard microscope format.

Available microarray chips

High performance glass type substrates (microscope slide format 75x25 mm^2) compatible with the b-screen device and almost any common microarray printer:

2D-biopolymer coating recommended for kinetic evaluations and microarray printing (medium surface loading capacity, extremely low non-specific binding, buffer samples and samples with complex matrices):

3D-biopolymer coating recommended for kinetic evaluations and microarray printing (high surface loading capacity, low non specific binding, buffer samples and samples with complex matrices):

Epoxy coating recommended for kinetic evaluations and microarray printing (medium surface loading capacity, buffer type samples):

Streptavidin coating recommended for microarray printing of biotinylated biomolecules and kinetic interaction studies (high surface loading capacity, buffer samples and samples with complex matrices):

 

 

(coming soon)

 

A smart solution for biomolecular interaction analysis in research, drug discovery, and QC.

Available mini chips (coming soon)

High performance glass type substrates (mini slide format 10x10 mm^2) compatible with the b-portable device:

2D-biopolymer coating recommended for kinetic evaluations and online- / offline-immobilization (medium surface loading capacity, extremely low non-specific binding, buffer samples and samples with complex matrices):

3D-biopolymer coating recommended for kinetic evaluations and online- / offline-immobilization (high surface loading capacity, low non specific binding, buffer samples and samples with complex matrices):

Epoxy coating recommended for kinetic evaluations and online- / offline-immobilization (medium surface loading capacity, buffer type samples):

Streptavidin coating recommended for online- / offline-immobilization of biotinylated biomolecules and kinetic interaction studies (high surface loading capacity, buffer samples and samples with complex matrices):