Nov 28,2023

Validation of a Composite Real-World Mortality Variable Among Patients with Hematologic Malignancies Treated in the United States

Real-world data (RWD) is being increasingly used to support clinical and regulatory decisions where utilization of clinical trial data is difficult or impractical. With this expanded utilization comes a need to ensure RWD is of sufficient quality and completeness to adequately answer relevant research questions. Given the importance of overall survival (OS) for oncology research, treatment and care, complete and accurate real-world mortality data capture is of critical importance. This study sought to validate and benchmark a composite real-world mortality variable, using the COTA real-world database, a de-identified database derived from the electronic health records (EHRs) of partnered healthcare providers in the United States, against the gold standard data source from the National Death Index (NDI). The final study population included 21,567 patients across 7 cancer types. Within the overall study population, validation analysis comparing the real-world composite mortality variable to the NDI demonstrated high sensitivity (87.8) and specificity (95.7). Date concordance between the real-world composite mortality variable and NDI dates of death was high. In the study population (N=21,567), exact date concordance was observed in 88.0% of patients. These findings are critical to ensure the reliability of results generated using RWD, and further establish the use of a composite real-world mortality variable as best practice.

CLINICAL STUDY

#rwd

View Analyst & Ambassador Comments
Go to original news
Dec 12,2023

Digitised pathology resource will speed HIV cancer R&D

The National Institutes of Health (NIH)-funded AIDS and Cancer Specimen Resource (ACSR) is using Proscia’s Concentriq for Research software to dramatically reduce the time it takes to make this real-world data available to researchers from “hours to days”, making it a near real-time resource for researchers, say the partners. ACSR’s repository includes specimens – often on glass microscope slides – that have been collected over decades from people with HIV who have been diagnosed with a wide spectrum of conditions and diseases, particularly cancers, both before and after treatment with antiretroviral therapy (ART). Proscia’s artificial intelligence-powered software is already being applied to projects looking at cancers that develop as a consequence of immune suppression in people living with HIV, and today the ACSR has announced a rare melanoma tissue repository on Concentriq for Research that will be accompanied early next year with a corresponding tumour tissue microarray.

COLLABORATION PARTNERSHIP

#data & technology

#rwd

#ai/software

View Analyst & Ambassador Comments
Go to original news
Dec 11,2023 TOP STORY

ConcertAI to Acquire CancerLinQ to Build the Leading Healthcare Learning and Research Network in Oncology

ConcertAI announced the acquisition of CancerLinQ, previously a subsidiary of the American Society of Clinical Oncology (ASCO). In conjunction with the acquisition, ASCO will maintain a multi-year cooperation agreement with CancerLinQ. Building on CancerLinQ's mission when launched by ASCO in 2013, this new venture will enhance and expand CancerLinQ's use of real-world data, analytics, next-generation AI, and other technologies to improve cancer care and speed clinical research. With a network of more than 100 cancer centers and oncology practices, 10 EMR system integrations, and data from nearly seven million patient records, CancerLinQ empowers oncology care teams and researchers with technology and data innovations to improve care and accelerate cancer research. ConcertAI will collaborate with ASCO to substantially enhance the value of CancerLinQ for oncology practices and their patients making clinical trials participation more accessible and less burdensome through ConcertAI's Digital Access to Clinical Trial (DACT) platform, bolstering SmartLinQ™ to include new data sources alongside the robust clinical data currently available, and developing more robust clinical decision support within SmartLinQ.

COLLABORATION MERGERS & ACQUISITION

#product & service

#ai/software

#rwd

View Analyst & Ambassador Comments
Go to original news
Nov 20,2023

Tempus Welcomes City of Hope Comprehensive Cancer Center to Tempus+ Community

Tempus, a leader in artificial intelligence and precision medicine, today announced that City of Hope Comprehensive Cancer Center has joined Tempus+, a proprietary program that powers collaborative precision oncology research through the use of real-world data. The Tempus+ community of researchers represents over 30 medical centers that are leveraging the program to advance its research. “Tempus+ provides a platform for researchers to interrogate the complex molecular state of cancer. The data is invaluable in understanding cancer biology, especially the development of better prognostic and predictive biomarkers,” said Marwan Fakih, MD, Professor, Medical Oncology Division Head, GI Medical Oncology, Associate Director for Clinical Sciences. “This comprehensive database is easy to navigate and allows investigators from various institutes to generate hypothesis-generating data or to validate pilot data generated from prior limited data sets.”

#rwd

View Analyst & Ambassador Comments
Go to original news
Nov 14,2023 TOP STORY

ConcertAI Announces Agreement with Leading Cancer Center to Accelerate and Transform Precision Oncology Through AI-Enabled Imaging Solutions

ConcertAI announced a multi-year strategic agreement with Memorial Sloan Kettering Cancer Center (MSK) focused on accelerating the development and deployment of Clinical AI algorithms and integrated imaging workflows for clinical trials and oncology clinical decision augmentation. MSK will use AI SaaS solutions from ConcertAI's Eureka Life Science AI Platform, powered by TeraRecon, to build, test, and deploy functionality leveraging semi-supervised learning data curation and annotation to facilitate the development of tumor detection, segmentation, and classification models for predicting tumor mutations and assessing cancer treatment response. By leveraging MSK's deep AI and radiology expertise, the two organizations will co-evolve a common architecture and set of robust workflows to materially change and enhance how medical images are processed, analyzed, and interpreted in both clinical trials and clinical care.

COLLABORATION PARTNERSHIP

#r&d

#clinical decision support

#rwd

View Analyst & Ambassador Comments
Go to original news
Nov 15,2023 TOP STORY

COTA and Aetion partner to expand access to real-world data for oncology research

COTA has partnered with Aetion®, a global leader in real-world evidence (RWE) and analytics, to make it faster and easier to access fit-for-purpose datasets for research. By combining the power of the Aetion Evidence Platform® (AEP) with COTA’s clinically curated, multi-source oncology Vantage RWD assets, investigators will be able to streamline access to meaningful data so they can focus on the science instead. This collaboration enables Aetion and COTA to meet the needs of researchers requiring high-quality, clinically rich oncology data, for both liquid and solid tumor types.

COLLABORATION PARTNERSHIP

#data & technology

#rwd

#rwe

View Analyst & Ambassador Comments
Go to original news
Nov 10,2023 TOP STORY

Bayer pledges up to $1.5bn for Recursion oncology alliance

Bayer has restructured and expanded its ongoing partnership with Recursion Pharmaceuticals on artificial intelligence-powered drug discovery, switching to a focus on cancer via a revised deal that could be worth up to $1.5 billion. The two companies will now work on up to seven precision oncology projects, making use of Recursion’s drug discovery platform that draws on a dataset of five trillion biological and chemical relationships and combines wet-lab biology and chemistry with machine learning tools in a form of “digitised” drug discovery. Under the terms of the new agreement, Bayer gets the option to exclusively license novel therapeutics derived from the programme. Juergen Eckhardt, the German group’s business development head, said it “could be one of the most disruptive technologies of our time.” Recursion’s platform has attracted other big pharma clients, notably Roche/Genentech, which signed up for a decade-long partnership in 2021 focusing on neuroscience and oncology drugs that involved a $150 million upfront payment and could be worth several billion dollars if fully exercised. That alliance recently generated its first ‘hit series’ for an undisclosed oncology target.

COLLABORATION PARTNERSHIP

#data & technology

#rwd

#ml

View Analyst & Ambassador Comments
Go to original news
Nov 09,2023

Tempus Announces New Strategic Collaboration with Recursion to Advance Therapeutic Development

Tempus announced a multi-year, strategic collaboration with Recursion, a clinical stage techbio company decoding biology to industrialize drug discovery. The two companies are working together to advance biomarker-driven therapeutic development with a data-first approach. Through this collaboration, Recursion has access to Tempus’ library of de-identified, multimodal data to derive insights that have the potential to further Recursion’s therapeutic development. Recursion joins the ranks of leading biopharma companies that are tapping Tempus’ multi-modal data library and AI-enabled precision medicine solutions to accelerate and enhance therapeutic research and development efforts. As part of the agreement, Recursion will make annual payments to Tempus up to $160M in aggregate over the next 5 years.

COLLABORATION PARTNERSHIP

#data & technology

#rwd

View Analyst & Ambassador Comments
Go to original news
Nov 08,2023

Tempus Announces Research Collaboration with Bristol Myers Squibb to Apply Multimodal AI Approaches

Tempus, a leader in artificial intelligence and precision medicine, today announced a multi-year, strategic research collaboration with Bristol Myers Squibb. The two companies will work together to identify new targets and validate them faster and with higher confidence using multimodal datasets, computational approaches, and patient-derived disease models in specific cancer disease areas. “By combining the power of Tempus’ multimodal data, biological modeling, and machine learning approaches with Bristol Myers Squibb’s discovery expertise and research and development capabilities, we can accelerate discoveries, innovate therapies, and improve the lives of patients battling cancer.” said Ryan Fukushima, Chief Operating Officer at Tempus. The Tempus and Bristol Myers Squibb teams will focus their initial research on identifying new drug targets to expand options for patients lacking effective therapies, or who have become refractory to existing treatment.

COLLABORATION PARTNERSHIP

#data & technology

#rwd

#ml

View Analyst & Ambassador Comments
Go to original news
Nov 03,2023

Q&A: The status of the White House-led CancerX initiative

Earlier this year, as part of the Moonshot, the Department of Health and Human Services launched CancerX, a public-private partnership effort to boost cancer innovation in the U.S. The Digital Medicine Society (DiMe) and Moffitt Cancer Center co-host CancerX, and Jennifer Goldsack, CEO of DiMe, sat down with MobiHealthNews to discuss the current state of the initiative. Goldsack mentioned that next week, they are going to have a readout on the first set of resources from the project focused on using digital technologies to address financial toxicity and issues around equity in cancer care and research. Together with the 150 member organizations in the CancerX community, Goldsack also added that they are thinking around defining a new care model that combines clinical decision support with virtual first care approaches. So, augmented telehealth and digitally-enabled navigation in order to reimagine the way that we care for someone following a cancer diagnosis. Currently, they are working with the project team on scope for this.

#rwd

#virtual care

#clinical decision support

View Analyst & Ambassador Comments
Go to original news