Introducing: ONI’s Next-Generation End-to-End Solution for EV Research Learn More
Where will your curiosity take you next?
Curiosity, the insatiable thirst for knowledge and exploration, has propelled humanity on an extraordinary journey of scientific discovery, pushing the boundaries of what we thought was possible. This unyielding pursuit of answers has not only enriched our lives but has also led to significant advancements that have shaped the course of history. Most ground-breaking discoveries are often enabled by new technology that is revolutionizing our understanding of the world. As we contemplate the future of science and how we can be part of the next phase of scientific exploration, there exists a transformative tool that holds the power to unveil new realms of understanding: super-resolution microscopy.
Imagine a world where our vision and understanding extend beyond the limits of our eyes, where we can perceive the intricate details of the microscopic universe around us. Super-resolution microscopy, a ground-breaking technique born from the unyielding spirit of scientific curiosity. It allows us to penetrate the very fabric of life itself and witness the hidden wonders that lie beneath the surface, all the way down to the nanometric world.
Several super-resolution imaging modalities in one compact benchtop microscope. dSTORM, PALM, PAINT, Single-Particle Tracking, smFRET, TIRF, HILO… explore its possibilities for your research!
Application-specific and customizable sample preparation with fully automated fluidic control and the most user-centric, reliable, and reproducible end-to-end SMLM fluidics solution on the market today.
Start your complete super-resolution experience using our consumables products to help you fix and label your samples: from cells to nanoparticles.
CODI is your cloud-based analysis platform, where you can collaborate with colleagues by sharing data and analysis workflows from anywhere.
Super-resolution microscopy is an unparalleled choice for scientific research and exploration. With its exceptional ability to beat the diffraction limit of light, this technique allows researchers to visualize structures and processes smaller than 200 nm, and down to sigle molecules. It allows researchers to study biological structures and processes at the nanoscale , providing invaluable insights into cellular organization, molecular interactions, and disease mechanisms.
By improving image resolution by 10 times compared to traditional optical microscopy, super-resolution techniques such as dSTORM and PALM enable scientists to study subcellular structures with unprecedented precision, both in fixed and live specimens. The ability to perform single-molecule live cell imaging and tracking opens doors to investigating dynamic processes in real time, further enhancing our understanding of cellular dynamics and intracellular signaling.
The Nanoimager serves as a catalyst for curiosity-driven research, empowering scientists to unlock new insights and drive innovation forward. This powerful and innovative super-resolution imaging platform enables scientists to explore the nanoscale world with precision and ease.
With its exceptional sensitivity and resolution, researchers can investigate phenomena that were previously inaccessible, unraveling the mysteries of cellular processes, biomolecular interactions of proteins or RNA/DNA in cells, tissues or unicellular organisms.
Its user-friendly design and versatility make it accessible to a wide range of users, from seasoned experts to curious beginners. Moreover, its cloud-based integrated software, CODI, encourages collaboration and knowledge-sharing, as researchers can explore, choose what to share and discuss their findings, fostering a community of scientists eager to push the boundaries of understanding.
