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Transgene and NEC are working together to use artificial intelligence to tailor immunotherapy to individual patients.
Researchers developed a feature mapping algorithm to pair cancer patients with precision oncology trials at Stanford but say increased clinical trial standardization is needed.
The companies aim to develop technologies for interpreting cancer genome data, with a focus on linking genetic profiles with treatment responses.
The results are of interest to drugmakers looking for scalable technology solutions for assessment of PD-L1 for predicting immunotherapy response.
Microsoft is applying its Project Hanover AI to Jackson Laboratory's Clinical Knowledgebase to help tumor boards find appropriate therapies based on tumor mutations.
Lantern will use its AI platforms and NCI's omics datasets to identify and validate predictive genomic signatures for drugs it is developing.
Among Kiromic's platforms is an artificial intelligence product that combines genomic sequencing, proteomic, and clinical data to provide predictive algorithms.
Despite plenty of hype and some growing pains, artificial intelligence is starting to prove its value in academic and community cancer centers.
This new VC round brings the cancer informatics and precision medicine company's total fundraising to $520 million and its valuation to $3.1 billion.
Japanese software giant NEC invests in AI-centric software company BostonGene to advance immuno-oncology and other targeted cancer treatments.