Discover spatial multiomics on COMET™

Discover spatial multiomics on COMET™'s product front view

Fully-automated, same-section, spatial RNA and protein detection at subcellular resolution

Now compatible with fresh frozen tissue samples

COMET™ enables the simultaneous spatial detection of RNA and protein on the same tissue section using RNAscope™ HiPlex Pro and sequential immunofluorescence (seqIF™) with off-the-shelf, non-conjugated primary antibodies. Thanks to the highly specific and sensitive detection of both targets, COMET™ provides valuable scientific insights into biomarkers that can be spatially resolved at single-cell level. The streamlined, end-to-end workflow ensures assay reproducibility and saves time in assay development and execution.

True spatial multiomics

Same-section multiomics
Same-section multiomics

Integrate and correlate spatial RNA and protein data at single-cell level.

Fully-automated workflow
Fully-automated workflow

From target probe hybridization and protein detection to imaging in the same run. Click start and walk away, with up to 4 slides per run.

Any target
Any target

Choose virtually any RNA and protein target. Full flexibility to meet your research needs.

Any tissue type
Any tissue type

Offers broad tissue compatibility, supporting FFPE, fixed frozen, and now fresh frozen samples.

Protease-free, fully-automated multiomics workflow

A fully integrated system across target probe hybridization, staining, image acquisition and image pre-processing.

 

A universal solution from discovery to translational research

Replace non-specific or unavailable antibodies with RNA targets
Replace non-specific or unavailable antibodies with RNA targets
Run experiments using FFPE, fixed and fresh frozen samples with subcellular resolution
Run experiments using FFPE, fixed and fresh frozen samples with subcellular resolution
Perform studies on:
Perform studies on:
  • secreted molecules, e.g. cytokine and chemokine
  • cross-validation and co-expression
  • tumor microenvironment (TME), gene therapy and
    infectious diseases
  • predictive biomarkers and signature validation
  • any animal tissue (non-human, non-mice)