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Our automated single-cell cloning instruments deliver a streamlined single-cell cloning workflow featuring ultra-low volume culture chambers.
| Feature | Cloning Platform | Cloning Platform XT |
|---|---|---|
|
miniature cell chambers |
✔ |
✔ |
|
automated plating, feeding, harvesting |
✔ |
✔ |
|
whole-chamber imaging for monoclonality assessment |
✔ |
✔ |
|
96-well plate integration |
X |
✔ |
|
automated single-cell identification |
X |
✔ |
|
clonality report |
X |
✔ |
Traditional single-cell cloning methods, such as limiting dilution, are inherently wasteful and inefficient. They require unnecessary large amounts of expensive culture reagents for culturing single cells. Additionally, they lack an easy and reliably way to confirm that only a single cell has been plated in a well. Consequently, time, effort and reagents are indiscriminately applied across all wells, irrespective of knowing which wells contain truly clonal cultures.
Requiring only a fraction of reagents compared to traditional methods, our single-cell cloning instruments deliver market-leading cloning efficiencies across diverse cell types.
From dispensing single cells into miniature low-volume culture chambers, to automatically feeding and harvesting only single-cell chambers, the systems offer a streamlined and easy-to-use way for single-cell cloning. They save costs of expensive reagents and allows researchers to generate more clones with less.
Our automated single-cell cloning instruments handle your single cells as gentle as manual pipetting. They require significantly less amount of culture medium to obtain verified clonal cultures. In contrast, manual methods result in highly variable outcomes and lack assurance of clonality.
Want to find out more about our single-cell platforms? Contact one of our knowledgeable experts today, visit our resources page, or request a demo to see the platforms in action.