With LUMICKS’ C-Trap, it is possible to observe myosin activity,the processive motion, the binding kinetics along actin, and to determine its thermodynamic properties at the single-molecule level.

RT-PCR-based methods have been shown to detect Mycobacterium tuberculosis with higher sensitivity and specificity directly from positive cultures or clinical specimens within 2 h.

Tired of waiting in line to use a qPCR system? The wait is over… the xxcloud is here! The xxcloud is exciting new software release, enabling users of xxpress instrument to programme and analyse results remotely, from a PC or laptop.

The combination of Bionano maps with sequencing data improves assembly accuracy and quality while reducing the need for deep sequencing coverage. This improved contiguity significantly lowers costs associated with assembling reference genomes.

The m-Trap optical tweezers was developed to lower the price barrier of advanced single-molecule force spectroscopy instrumentation without compromising on performance characteristics.

A team led by Dr. Nick Rhind at the University of Massachusetts Medical School develops a method that can visualize the start of replication in individual human cells on Saphyr. 

The real-time observation of DNA breathing shows the ability of LUMICKS’ C-Trap to investigate DNA breathing transitions by measuring length changes down to the sub-nm level.