Medera’s Novoheart Releases Latest Cardiac Screening Innovation CTScreen v1.5 to Advance High-Throughput, Automated Human-Based Drug Testing

In This Article:

Medera Inc.; Keen Vision Acquisition Corporation
Medera Inc.; Keen Vision Acquisition Corporation
  • Innovation installed by AstraZeneca for advancing human heart-based R&D for investigational cardiovascular therapies

  • Features improved automation, environmental control, and flexible testing protocols, setting a new benchmark for human-based cardiac screening

  • Latest enhanced 96-well technology enables rapid, high-throughput screening on bioengineered human heart tissues, with significant cost and efficiency gains

BOSTON and GOTHENBURG, Sweden, Dec. 10, 2024 (GLOBE NEWSWIRE) -- Medera Inc. (“Medera”), a clinical-stage biopharmaceutical company focused on targeting difficult-to-treat or currently incurable diseases with significant unmet needs, and Novoheart, its wholly owned pre-clinical subsidiary pioneering human-based cardiac tissue engineering for disease modelling and drug screening, are pleased to announce the launch of the industry’s most advanced automated cardiac screening platform, CTScreen v1.5, which has been adopted by AstraZeneca for advancing toward clinical trials.

CTScreen™ is designed to put living, bioengineered human cardiac tissue strips (CTS) that accurately mimic human heart function. This automated system can detect the effects of new treatments early in the development process, streamlining the path from discovery to clinical trials and supporting the goals of the FDA Modernization Act 2.0. This reinforces Medera’s commitment and mission to advance human-based research alternatives to animal testing, improve efficiency and success as well as reduce costs of drug development.

Kevin Costa, Ph.D., Chief Scientific Officer and co-founder of Medera’s Novoheart, stated, “CTScreen’s new capabilities reflect our commitment to customer feedback and continual innovation. We’re thrilled to see AstraZeneca lead the way with these enhanced tools, which we hope will support the discovery of life-saving drugs.”

The new system accommodates the latest 96-well μCTS plate, offering an industry standard high-throughput format for screening miniature human heart tissues. The μCTS plate is specially designed so that beating heart micro-tissues automatically self-assemble from pipetted stem cells, making the cardiac tissue engineering process accessible to any cell biology laboratory. The standard 96-well format is also compatible with commercial liquid handling robotics for further automation and simplification. The upgraded CTScreen™ platform accommodates up to 96 tissue samples at once, enabling rapid screening with reduced cell requirements - benefitting drug developers by increasing data output while significantly lowering the cost per test.