Country
State
Cities
Deconvoluting biology with AI
2015
$50 - $99/hr
10 - 49
Hungary
Turbine models how cancer works on the molecular level and tests millions of potential drugs on it with artificial intelligence.
Turbine’s in silico experiments can test an almost infinite number of interventions on a Simulated Cell that reflects the molecular diversity of cancer cells accurately. Turbine takes laboratory trial and error out of drug discovery and tackles it with scalable power on our servers. The result is a more focused, more rational, and years shorter process.
Simulated experiments help understand treatments’ exact mechanism of action, while uncovering their optimal combinations and biomarkers for selecting patients to maximize clinical benefit.
Explore Turbine office locations and service areas.
Kis Rókus utca 16. Budapest Budapest Hungary 1024
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What is the primary focus of Turbine?
Turbine operates as a simulated cell biology platform. The company focuses on discovering novel cancer therapies by using a proprietary computational engine to simulate cellular signaling and predict how cancer cells respond to drug interventions.
How does the simulated cell biology platform work?
The platform utilizes a computational engine that models complex biological systems. By simulating cellular signaling, the technology identifies potential drug targets and predicts the efficacy of therapeutic candidates, helping to streamline the drug discovery process.
Which specific disease areas does the company focus on?
The primary focus is on oncology. The platform is specifically designed to uncover new cancer therapies and understand the mechanisms behind drug resistance and sensitivity in various cancer types.
Does the platform help in identifying new drug targets?
Yes, the technology is built to identify novel drug targets. By simulating the effects of different interventions on cancer cells, the platform helps researchers pinpoint promising targets that might otherwise be missed through traditional laboratory methods.
Can this technology predict how cancer cells react to specific drugs?
The platform excels at predicting cellular responses. It models how cancer cells react to various drug treatments, allowing for a deeper understanding of therapeutic potential and helping to guide decision-making in the early stages of drug development.
Is the platform useful for understanding drug resistance?
Yes, the simulation capabilities allow for the exploration of drug resistance mechanisms. By modeling how cells adapt and survive under treatment, the platform provides insights into why certain therapies may fail and how to overcome those resistance pathways.
What is the benefit of using simulated biology over traditional methods?
Simulated biology offers a faster and more cost-effective approach to drug discovery. It reduces the reliance on extensive wet-lab experiments by narrowing down the most promising candidates computationally, which accelerates the timeline for bringing new cancer treatments to clinical trials.
Does the company collaborate with pharmaceutical partners?
Yes, the company actively engages in partnerships with pharmaceutical and biotechnology organizations. These collaborations leverage the computational platform to enhance drug discovery pipelines and improve the success rates of oncology research programs.
Where is the company headquartered?
The company is based in London, United Kingdom, with additional operations located in Budapest, Hungary.
How can organizations initiate a partnership or collaboration?
Interested parties can reach out through the contact information provided on the official website. The team is available to discuss how the simulated cell biology platform can be integrated into existing drug discovery workflows.
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