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AI – POWERED BIOPROCESS DEVELOPMENT

Thousand of virtual cell culture experiments – in minutes.

Increase Biomanufacturing capacity in just 30 days using AI software. More capacity, fewer costs, accessible health treatments.

Vision and Mission

Making all people feel superhuman health everyday.
Our 2022 Mission: Reduce the cost of manufacturing in CAR-T therapy.

CellSim

This is what we do best

Our latest product, CellSim, avoids material waste on failed bioprocess optimization attempts.

Transform a one week cell-culture experiment into just a one day simulation.

Increase cell viability

Forecast evolution of thousands of cell cultures by simulating a bioreactor based on your initial inputs.

Improve process control

Decrease failure rate and apply the knowledge to gain better control by having a more closed process

Facilitate scaling up

Use CellSim to expand operational capacity by 5x and save up to €2.4M/year in operating costs.

Shorten process iteration time

By using CellSim you can learn faster and save time. Use CellSim reports on what happened during bioprocess and recommendations on how to get optimal results.

Improve quality control

The CellSim can “predict the future” cell growth and estimated product yield with less sampling and contamination.

Accelerate therapy production and development

Use CellSim’s trusted AI technology to discover alternative ingredients and processes by testing thousands of experiment variations in minutes.

Product Features

Analysismode offers a web-based virtual bioreactor (in-silico) Empowering scientists to run a thousand of virtual cell culture experiments – in minutes.
In just 3 simple steps our A.I. technology accurately simulates a bioreactor and recommends media and bioprocess optimization steps.
Step 1: Experiment Configuration

Once the scientist has logged in, the main interface (Figure 1) enables the scientist to input the experiment setup. The scientist has full control on which materials and concentrations are added into the culture.

Step 2: Predict the Future

Given the experiment setup, the AI takes ~35 minutes to forecast the culture evolution. It enables the scientist to see the future’ cell viability, growth, and metabolite production. In this case (Figure 2), the AI automatically tested 64000 variations of materials and concentrations for the culture.

Step 3: AI Recommendation

The product provides AI recommendations (Figure 3), after testing for 64000 variations the AI is able to suggest changes in the experiment setup, and forecast the change’s impact on the bioprocess.

Award Winning Technology

During 2020, AnalysisMode was awarded in 10+ healthcare competitions, from the EUvsVirus organized by the European Commission, and multiple HackTheCrisis competitions in the Netherlands, Belgium, Norway, Luxembourg, Lithuania, Finland.

Our partners

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