Tag: Novoheart

Medera’s Novoheart and Curi Bio Partner to Transform Human-Based Cardiac Drug Screening

BOSTON and SEATTLE, Dec. 18, 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, today announced that its wholly owned preclinical subsidiary for disease modelling and drug discovery, Novoheart, has entered into a transformative partnership with Curi Bio Inc., a leader in preclinical screening technologies. This strategic collaboration integrates Novoheart’s industry-leading human Heart-in-a-Jar technology with Curi Bio’s advanced Pulse™ analytics platform, delivering an innovative solution for accelerated, high-content, human-based cardiac drug development.

Novoheart Contracts with Global Pharma to Develop Novel Microplate for High Throughput Drug Screening Using Engineered Human Heart Tissue Strips

New 96-Well Microplates (hvCTS-96) to Further Advance MyHeart™ Platform Capabilities for High-throughput Screening of Compounds on Engineered Human Heart Tissue Strips Novoheart Partners with a Global Pharma to Design and Develop the New Microplate and Will Retain Full Ownership of All […]

Continued Success of Novoheart to Receive R&D Grants: Innovation Technology Fund for Developing Smart Cardiac Screening Technologies

Grant will fund advanced R&D and incorporation of artificial intelligence (AI) technology to accelerate drug development using Novoheart’s bio-engineered human heart chambers and tissues The resulting advancements expected to increase scale and capabilities of Novoheart’s MyHeart™ Platform and expand commercialization […]

Novoheart Licenses Harvard Technology to Develop Next-Generation Human Heart-in-a-Jar

Novoheart engineered the world’s first “human heart-in-a-jar” as part of its proprietary MyHeart™ platform Novoheart receives exclusive license from Harvard University to integrate pioneering bioreactor technology that accommodates model ventricles and optional valves into the “human heart-in-a-jar” model The resultant […]