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Genomate MTC
The world’s first proven AI-powered clinical decision support system for precision oncology
It starts with data
Genomate helps oncologists determine the optimal targeted therapy for every cancer patient based on the individual molecular profile of their tumor. Unlike currently available solutions, Genomate can combine what we know about the unique combination of genetic alterations found in every patient to make an automated inference about the right personalized therapy.
Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
AI algorithms
calculate all possibilities
Genomate helps oncologists determine the optimal targeted therapy for every cancer patient based on the individual molecular profile of their tumor. Unlike currently available solutions, Genomate can combine what we know about the unique combination of genetic alterations found in every patient to make an automated inference about the right personalized therapy.
Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
The most relevant drugs
are identified
Instead of reporting cancer gene–treatment associations and related pieces of evidence individually, the system automatically combines all information from thousands of pieces of evidence associated with the totality of genetic alterations in an individual tumor to create a simple score in 20 milliseconds.
Genomate generates
an intuitive report
The output is a personalized report, which provides oncologists with a list of recommended drugs and treatment options tailored to the individual patient's molecular profile. This way, oncologists can enhance their decision-making process and deliver more effective targeted therapies to their patients.
Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
Genomate outperforms current best practices
Offers a higher efficacy of therapy
vs. the average 56%
SOURCE
Brings precision oncology therapy to
more patients
SOURCE
Improves treatment outcomes by
in actionable cases
SOURCE
Are you ready to experience the revolutionary power of AI applied to genomics to help guide cancer treatment?
Genomate is the right solution for:
Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
Oncologists
that want to make more informed treatment decisions quicker
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Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
Patients
that want to get the best available treatment every time
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Genomate - the world’s first AI-powered clinical decision support that matches targeted therapies to the totality of available molecular information for each patient
Partners
that want to be smarter about treatment options and using them
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Genomate has been scientifically validated with clinical trial data and peer-reviewed by professionals around the world.
Mask for Genomate Health
“Starting to integrate AI for treatment decisions in oncology.”
SHIVA01 was the first randomized precision oncology clinical trial. Now, with the help of DDA (Genomate technology), we can base our decisions on multiple parameters and rare alterations, making the next step toward the full implementation of the concept of precision oncology.
Prof. Christophe Le Tourneau MD PhD
Institut Curie, Paris, 2021
Nature’s Precision Oncology Journal
A computational method for prioritizing targeted therapies in precision oncology: performance analysis in the SHIVA01 trial
READ ARTICLE
Springer’s World Journal of Pediatrics
Real-world performance analysis of a novel computational method in the precision oncology of pediatric tumors
READ ARTICLE
JCO Precision Oncology
Lasting Complete Clinical Response of a Recurring Cutaneous Squamous Cell Carcinoma With MEK Mutation and PIK3CA Amplification Achieved by Dual Trametinib and Metformin Therapy
READ ARTICLE
Frequently Asked Questions
Can Artificial Intelligence change the way we treat cancer?
Can Artificial Intelligence help treat cancer in new ways?