Use Cases

Start with the decision your program needs to make.

We work with biotech and pharmaceutical teams on focused questions about oncology treatment response, from a first pilot to longer co-development.

Conceptual scene of researchers working together

Where we help

Assay plate and laboratory analysis equipment

Responder and biomarker mapping

Which tumor models respond, and which molecular features explain it? Get responder groups and candidate biomarkers for stratification.

Cell cultures inside a laboratory incubator

Combination and resistance profiling

Which combinations with standard-of-care therapies have a mechanistic rationale, and where does resistance emerge?

Laboratory equipment for compound analysis

Compound and formulation prioritization

Which candidates deserve the next round of investment? Compare them on response and mechanism in one defined panel.

Tumor safety and interaction profiling

Do cannabinoids or ECS-targeting compounds affect tumor growth or the activity of cancer therapies? Profile this before it becomes a clinical question.

Indication and subtype scouting

Where does the biology point to the strongest fit for your asset?

Go/no-go support

What evidence would support your next development decision?

Ways to work together

Focused pilot

One defined question, an agreed panel of tumor models and a clear readout.

Co-development

A longer collaboration that combines your assets and questions with our platform.

Scope, deliverables and timing are agreed for each project. We work under NDA and agree data ownership and IP terms upfront.

Researcher working with a multichannel pipette

What you receive

  • A structured functional and signaling dataset
  • An interpretation report with mechanistic insights
  • Biomarker and combination hypotheses
  • A recommendation for next experiments or a go/no-go decision
Plate analysis results displayed on a laboratory workstation

How it works

1 · Discuss

The question and the development context

Tell us about the asset, the observed response pattern and the decision you need to make.

2 · Assess

Scientific fit and available evidence

We discuss the biological context, available data or models, and the feasibility of a focused collaboration.

3 · Define

A shared research plan

Where there is a fit, we define the scope, milestones and expected outputs together.

4 · Deliver

Run the study and review the findings

We run the study in our lab, share results at agreed points and review the findings with you.

Tell us what you need to understand.

A short, non-confidential description of your compound and the decision ahead is enough to start.

Discuss a project