With 
we are offering you the toolbox to manage the challenges that come with new technologies. Watch our video to discover all novelties since version 4. With our updated pricing policy, upgrading your old license(s) to is more affordable than ever.
For the first upgrade of , our development efforts focused on the further improvement of the software’s overall performance. The result is a faster and more responsive package, ready to tackle vast amounts of data.
While version 7 of BioNumerics is on the market for a number of months already, we decided to release a final service update of the 6.x series of its GelCompar II and BioNumerics packages as a service to those customers who have not upgraded to yet.
We are proud to announce the release of version 7.0 of our flagship software suite BioNumerics. The BioNumerics software provides a universal platform for databasing and analysis of 1D patterns, genotype/phenotype arrays, and DNA/protein sequences. The software provides powerful databasing, integrated networking and a wide range of data mining, clustering, identification, and statistical applications. BioNumerics is designed for lab-wide databasing and analysis of biological data in laboratories of any size and is in use in thousands of public and private research sites worldwide.
The new sequence read sets experiment type renders into a powerful platform for managing and analyzing the massive amounts of reads generated by current high-throughput sequencers.
Mass spectrometry techniques such as Matrix-Assisted Laser Desorption/Ionization Time-Of-Flight (MALDI-TOF), Liquid Chromatography – Mass Spectrometry (LC-MS) and ElectroSpray Ionization (ESI) are quickly finding their way into the field of microbial typing and identification. The upcoming release of provides researchers with a powerful and easy to use environment for preprocessing, resampling and comparison of spectrum data.
The upcoming release of features a completely redesigned state-of-the-art processing tool for raw electropherograms, generated by genetic analyzers and other multi-dye capillary electrophoresis equipment. This type of equipment is commonly used for fragment analysis-based typing methods such as Multi-Locus VNTR Analysis (MLVA), Amplified Fragment Length Polymorphisms (AFLP) and Short Sequence Repeats (SSR).