Axion BioSystems

How much of your organoid workflow is actually counting organoids? Tracking hundreds of organoids across plates and timepoints can make it difficult to know exactly where each culture stands. Omni automatically tracks organoid number and size over time, creating a continuous record of how your cultures are changing. No recounting. No trying to reconstruct yesterday's numbers.

Your organoids keep growing. Can your spreadsheet keep up? Tracking hundreds of organoids across plates and timepoints can make it difficult to know exactly where each culture stands. Omni automatically tracks organoid number and size over time, creating a continuous record of how your cultures are changing. No recounting. No trying to reconstruct yesterday's numbers.

How many organoids are you counting by hand? When cultures scale, manual counting quickly becomes part of the experiment itself — recounting wells, keeping track of numbers, and trying to maintain consistency across timepoints. Omni automatically detects and counts organoids across the well, so you can spend less time counting and more time using the data.

Still counting organoids one well at a time? When cultures scale, manual counting quickly becomes part of the experiment itself — recounting wells, keeping track of numbers, and trying to maintain consistency across timepoints. Omni automatically detects and counts organoids across the well, so you can spend less time counting and more time using the data.

Your organoids keep growing. Can your spreadsheet keep up? Tracking hundreds of organoids across plates and timepoints can make it difficult to know exactly where each culture stands. Omni automatically tracks organoid number and size over time, creating a continuous record of how your cultures are changing.

Are spikes telling you the whole story? Neural organoids can generate complex electrical activity that isn’t always captured by spike measurements alone. Maestro MEA recordings can measure both neural spikes and local field potentials, helping reveal activity across different regions of a 3D organoid. See more of the electrophysiology your model is producing.