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| The M1 microfluidic plate is optimized for live cell imaging of adherent and non-adherent mammalian cells. Cells can be exposed to 6 separate medium solutions in a single perfusion chamber. Also ideal for creating long term spatial gradients. |
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| The M2 microfluidic plate is optimized for live cell imaging of adherent and non-adherent mammalian cells. Cells can be exposed to 3 separate medium solutions. Each plate has 2 parallel, independent units. |
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| The M16 microfluidic plate is a breakthrough product enabling multiplexed perfusion imaging of adherent and non-adherent mammalian cells. Cells can be exposed to 3 separate medium solutions. Each plate has 16 parallel, independent units. |
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| The Y2 microfluidic plate is designed to hold yeast cells in a single focal plane during time-lapsed imaging. Cells can be exposed to 2 separate medium solutions. Each plate has 2 parallel, independent units. |
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| The Y16 microfluidic plate is designed to hold yeast cells in a single focal plane during time-lapsed imaging. Cells can be exposed to 3 separate medium solutions. Each plate has 16 parallel, independent units. |
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| The B2 microfluidic plate is designed to hold bacteria cells in a single focal plane during time-lapsed imaging. Cells can be exposed to 2 separate medium solutions. Each plate has 2 parallel, independent units. |
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| Additional Designs Available by Request. Contact info@cellasic.com for details. |
