FastgeneTM allows multiplex real-time PCR in less than 5 min with state-of-the-art performances in sensitivity & specificity.
Discover disruptive technologies expanding the limits of molecular biology to make communities of microorganisms your allies.
The fastest multiplex real time PCR in the world
Performing polymerase chain reactions (PCRs) swiftly is pivotal for modern molecular biology due to the urgent need for rapid diagnostics in health crises, the rise of personalized medicine, environmental change monitoring, advancements in agriculture, the fast-paced nature of biotechnological industries, the demands of forensic investigations, and the acceleration of academic research. Increasing PCR speed ensures that molecular biology remains agile and responsive to both current and future challenges, making it essential for scientific progress and societal well-being.
Highly multiplex PCR in a single reaction
Detecting multiple targets in a single polymerase chain reaction (PCR), or multiplexing, is vital for contemporary molecular biology: a high level of multiplexing is the key feature for microbiota analysis. Multiplexing offers efficiency and cost-effectiveness by reducing time and resources. This approach facilitates comprehensive diagnostics, aids in genomic profiling, accelerates agricultural advancements, supports environmental monitoring and ensures an effective use of limited samples. Ability for a high level of multiplexing to swiftly process vast biological data makes it indispensable for addressing today's molecular challenges and anticipating future demands in the field, particularly for microbiota analysis.
The simplicity of the Petri dish with results in just 10 minutes
Creating a digital PCR Molecular Petri Dish™ that provides results in just 10 minutes is pivotal for contemporary molecular biology. This tool offers a rapid diagnostics but also brings the advantage of absolute quantification, ensuring precise measurements of nucleic acids without reliance on standard curves. The fusion of speed and exactitude revolutionizes point-of-care testing, accelerates research, and enhances clinical applications. Such an advancement ensures that molecular biology is both agile and rigorously accurate, ready to meet today's challenges and future needs in diagnostics and research.
Innovative consumable to perform PCR protocols by anyone at the point-of-need
Molecular biology protocols require both technical gestures which are not adapted to a non-technician user and storage of reagents in freezers which are not adapted to a point-of-need use. Complexe microfluidic cartridges address these issues but are cumbersome and not versatile in the protocols they can implement. The Smart Dropper™, in combination with Chronos point-of-need PCR chip make sample treatment easier and more versatile by using a specially designed dropper cap which includes the lyophilized reagent and the mixing functions. Smart Dropper™ can be used with Chronos chip or any other PCR containers and instruments.
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