Deep 6 AI Launches AI-Powered Genomics Module

By September 6, 2023 December 16th, 2023 News

Deep 6 AI has announced the launch of its genomics module. The software uses AI to mine genomics data across an entire electronic medical record (EMR) system and disparate genetic reports to find patients with specific genetic markers in real time. Now, healthcare organizations and life sciences companies can precision-match patients to clinical trials based on their complete clinical and genomic profile, improving trial design, feasibility, and recruitment.

Deep 6 AI’s CEO, Wout Brusselaers, commented in a press release: “Genetic markers have become increasingly important in determining a patient’s eligibility for precision medicine and oncology clinical trials. But most of the salient genomics data is scattered across the EMR, requiring manual and time-consuming chart reviews that delay enrollment. We found that out of 30 million patient health records from across the US, only approximately 100,000 records contained sequencing reports with extensive genomics data in a structured or semi-structured format, while approximately 500,000 records had rich genomics information buried in free-text clinician notes and reports. The beauty of the Deep 6 AI genomics module is that it uses natural language processing to contextualize all genomic and phenotypical clinical data—structured and unstructured—to precisely match patients to trials in minutes rather than months.”

The genomics module is a natural expansion of the company’s software platform. It leverages the Deep 6 AI research ecosystem which consists of over 1,000 sites, including leading academic medical institutions and NCI-designated comprehensive cancer centers. Via a single user interface, clinical researchers can query millions of patient records for over 19,000 genes, multiple mutation types (e.g., substitution, deletion, duplication, insertion, and indel) and over 30,000 locus-specific mutation names to find patients with specific genetic markers with unprecedented precision. In the software, IRB-approved researchers can identify each patient matched for a trial and validate their eligibility. Additionally, the software finds patients that have specific genetic markers but are not eligible for a clinical trial today to enable researchers to prospectively monitor the disease, treatment response, and adverse reactions.

“Precision medicine and oncology trials require precise patient matching—and that’s at the heart of what we do,” said Brusselaers in a press release. “Since 2016, we’ve been using AI to mine structured and unstructured clinical data in the EMR, including physician notes, lab reports, outpatient notes, radiology reports, and pathology reports, to precision-match patients to the ideal clinical trials. Applying our AI to genomics data will accelerate and de-risk research and bring life-changing therapies to patients faster.”