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The partners will glean real-world evidence from Syapse's network of health system partners with the aim of informing precision oncology approaches and advancing research.
The firm is using automated laboratory testing, artificial intelligence, and single-cell omics for a "precision" approach to cancer drug discovery.
Among Kiromic's platforms is an artificial intelligence product that combines genomic sequencing, proteomic, and clinical data to provide predictive algorithms.
St. Jude investigators are sharing their WGS cancer data through the St. Jude Cloud, as well as tools and pipelines to help other researchers analyze and use it.
Despite plenty of hype and some growing pains, artificial intelligence is starting to prove its value in academic and community cancer centers.
The center will use Qiagen Clinical Insight to analyze, interpret, and report molecular screening of cancer patients to help identify targeted therapies and clinical trial options.
The California health system has expanded its partnership with CancerIQ to integrate risk assessment and oncology patient management into its EHR.
The mCODE team recently released standards for inputting genomic and other data into patient records to boost patient record transferability and trial participation.
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.
The California-based health system is expanding its partnership with clinical decision support vendor CancerIQ to integrate risk assessment into the Cerner EHR workflow.
Standards for interoperability and better cooperation among stakeholders will help unleash the power of genomics in cancer care, says the head of the Biden Cancer Initiative.
The company formerly known as TransMed Systems looks to bring "clarity and transparency" to the emerging field of precision oncology and in patient-trial matching.
With $50 million from Japanese firm NEC, biomedical software startup BostonGene seeks to assess patients' "immune fitness" in the quest for better therapies.
The test is designed to determine breast cancer risk by analyzing a number of factors including breast density, breast biopsy history, and a polygenic score.
The companies will develop analytics tools and leverage the Syapse Learning Health Network in an effort to shorten the time to market for new cancer therapies.
The year-old Princess Máxima Center, based in Utrecht, has turned to bioinformatics firm The Hyve to address integration and interoperability issues.
Japanese software giant NEC invests in AI-centric software company BostonGene to advance immuno-oncology and other targeted cancer treatments.
A Chinese study involving NIPS data from almost two million pregnant women found that a new bioinformatic approach improves the detection of cancer.
OncoCell aims to enter the cancer prognostic space with its noninvasive immuno-genomics RNA transcriptomics prognostic platform to help differentiate patients with aggressive forms of prostate cancer from patients with indolent disease.
Evotec will access Indivumed's IndivuType multi-omics cancer database to discover and develop new precision therapeutics for colorectal cancer.