Custom Printing

Through Persomics custom printing services our lab optimizes and prints your proprietary library on ImagineArrays™.

We use minimal quantities and can increase usage of your library ten to a hundred fold. As a library owner you get higher value out of your investments, and researchers gain access tools allowing them to perform more experiments and replicates than ever before.

In addition to yielding comparable results to HTS screening in multi-well microplates, the benefits of Persomics miniaturized assays gives you,
  • Faster turn-around time due to the massive number of experiments performed/array
  • Less data heterogeneity because cells are under consistent assay conditions across the entire plate
  • Higher data quality because you can afford to run more replicates
  • Wider data sets because you can perform multiple screens under different conditions

Screening as a consumable

The total cost for screens and assays performed on Persomics plate are typically significantly lower than the corresponding approach using well plates.

There is no need for special equipment required and the use of consumables is negligible.


After optimization and validation we print your requested library with typically two arrays of 1000 spots per plate. We are confident that we will enable you to perform experiments at a volume and cost level you did not think was possible.

How it works

Using the ImagineArray™ validation pack is as easy as growing cells on a plate. Grow and stain cells using your protocols, or use our staining kit.

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ImagineArray™ Beachfront

ImagineArray™ Beachfront is an easy and affordable way to validate Persomics technology in your lab.

Beachfront holds two copies of a small array containing spots of siRNA targeting RELA and INCENP respectively, along with spots of non-targeting siRNA.

Beachfront makes it easy to work out cell plating density and imaging conditions, while also confirming silencing for your cell type. RELA and INCENP silencing produce visibly recognizable phenotypes that are easily identified with image analysis software.