Our groundbreaking platform utilizes patented miniature ultra-sensitive oxygen probes paired with a novel algorithm which continuously characterizes the vertical oxygen gradient that naturally forms above cells as they consume oxygen. This innovative design ensures that cells remain undisturbed while continuously monitoring each individual well within your chosen 96-well microplate, capturing precise measurements of oxygen gradients continuously.

At Lucid Scientific, we understand the importance of efficiency and reproducibility in scientific research. That's why our innovative approach not only provides unique insight into dynamic changes in cellular metabolism, but the setup and usage is radically simple. With superior robustness, reliability, reproducibility, and scalability, our platform empowers scientists to delve deeper into metabolic processes with confidence.

Experience the future of research firsthand and try our flagship product, , to unlock new possibilities for advancement in your field. What's more, our noninvasive methodology ensures that cells remain undisturbed throughout the measurement process. This opens the door for seamless integration with a myriad of complementary techniques, including multiomics, imaging, impedance, fluorescent-based assays, and beyond. By pinpointing metabolic shifts in real-time, researchers can execute a diverse range of scientific approaches precisely when they're needed most.

Embark on your journey of discovery like never before, supported every step of the way by our team of engineers and scientists. To ensure your experience is hassle-free, our technology subscriptions include experimental set-up support, custom data analysis tools, and warranty with full system replacements. No more inconvenience of cumbersome service agreements and maintenance visits.

magnetically attaches to our single-use sensing lids that rest securely on most standard 96-well plates.

Optical sensors measure oxygen concentrations through openings on the underside of .

Individually sterilized single-use sensing lids attach between the and the well plate.

Up to 8 devices are connected to a hub that stores all data locally and pushes to the cloud. LEDs indicate status while devices are in the incubator.

Curate and present the most important data with advanced charting capabilities.

High resolution gradient data is presented for all wells comparing response against time and height of at the time of reading.

Plate maps, well conditions and plots are interactive and visually connect to help quickly identify correlations and trends.

Flexible plate labelling and well mapping tools accommodate all types of experimental conditions.