Multi-OMICS approaches in onco-hematology, from gene editing to spatial analyses

Identify, measure or monitor biological signals linked to response or progression.

Scientific visual associated with Multi-OMICS  approaches in onco-hematology, from gene editing to spatial analyses
Biomarkers expertise — CALYM
01Carnot instituteCALYM
02Development stageDiscovery / target validation
03Main expertiseBiomarkers
04Relevant fieldsOncology

Offer overview

What this offer helps you achieve

Identify, measure or monitor biological signals linked to response or progression.

Scientific and technical scope

CALYM offers cutting-edge platforms in genomics and transcriptomics, along with comprehensive bioinformatics pipelines to explore the biology of lymphoid hemopathies. Our offer includes CRISPR/Cas9 approaches (model, barcoding, screening platform), advanced single-cell approaches such as scRNA-seq, or CITE-seq, and multi-omics technologies (like ATAC-seq, ChIP-seq, WES, WGS). CALYM also provides spatially resolved transcriptomics (Xenium) and proteomics (Hyperion, mIF), enabling new insights into tumor microenvironments and cancer biology.
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Capabilities mobilised

Therapeutic areasExpert adviceTherapeutic target discoveryBiomarkersPlatforms
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Application fields

Oncology

Discuss this offer

Could this capability strengthen your R&D programme?

Present your scientific, technical or clinical need and identify the most relevant route to collaboration.