Discussions

The isothermal process and high specificity of powerful and simple isothermal nucleic acid amplification make it a desirable technique for nucleic acid detection. Scientists at Creative Biolabs are able to build the most appropriate microfluidic chips to enable the realization of POC detection by combining isothermal nucleic acid amplification with microfluidic technology. This allows for the miniaturization of the isothermal nucleic acid amplification detection system. Microfluidic chips are available for all popular isothermal amplification technologies, such as but not restricted to:

RPA and Microfluidics

isothermal DNA amplification dependent on helicases (HDA),

polymerase amplification using recombinase (RPA),

sequence-based amplification of nucleic acids (NASBA),

amplification mediated by transcription (TMA),

circular amplification (RCA) in rolling

and amplification by strand displacement (SDA).