In the world of nanotechnology, the development of dynamic systems that respond to molecular signals is becoming increasingly important. The DNA origami technique, whereby DNA is programmed so as to ...

The use of small molecules as fluorescent DNA markers has been extensively explored since the mid-1960s, revealing limitations in designing selective probes due to the largely missing relationship ...

Understanding how cells sense and respond to mechanical forces is crucial for many biological processes, including adhesion, migration, differentiation and immune activation. In this protocol, we ...

DNA-barcoded probes let nanopores identify which metal-ion signals belong to which targets, enabling multiplexed sensing in water and soil extracts. (Nanowerk Spotlight) In heavy metal sensing, the ...

BHQnova ™ Probes are double-quenched hydrolysis probes with enhanced quenching and greater signal-to-noise ratio for long probes (>25 bases). Such probes consist of a 5' fluorophore dye, a 3' Black ...