InvivoSciences

InvivoSciences

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Private Company

Total funding raised: $3.5M

Overview

InvivoSciences is a private, preclinical-stage biotech founded in 2008 and based in Madison, Wisconsin. The company has developed a proprietary, automated platform for generating and functionally testing patient-derived 3D micro-heart tissues, positioning itself as both a technology provider for pharmaceutical partners and a therapeutics developer. Its core value proposition is using human-relevant, physiologically complex tissue data to improve the predictability of drug efficacy and safety, particularly for heart failure and cardiotoxicity, thereby aiming to reduce the high cost and failure rate of clinical trials. The company appears to be pre-revenue, supported by grants and investors.

CardiovascularRare Disease

Technology Platform

Automated, scalable platform for generating and functionally testing 3D engineered micro-human heart tissues (NuHeart™) derived from patient-specific and gene-edited iPSCs. Integrates tissue handling automation, high-throughput biomechanical phenotyping assays, and AI-driven computational biology.

Funding History

2
Total raised:$3.5M
Seed$1.5M
Grant$2M

Opportunities

The high cost and failure rate of cardiovascular clinical trials creates a major demand for more predictive preclinical models.
The growth of precision medicine and targeted therapies for rare genetic diseases offers a tailored application for its patient-derived tissues.
The emerging field of cardio-oncology represents another significant market for predictive safety testing.

Risk Factors

Risk that the pharmaceutical industry and regulators do not widely adopt its novel tissue platform as a predictive standard.
Funding risk associated with being a private, preclinical-stage company.
Pipeline concentration risk, as its initial therapeutic focus is on a niche indication.

Competitive Landscape

InvivoSciences competes in the growing 'organ-on-a-chip' and 3D tissue engineering space with companies like Emulate, CN Bio, and TARA Biosystems (focused on cardiac tissues). It also faces competition from larger CROs offering standard cardiac safety testing (e.g., hERG assay) and other stem cell-based service providers. Its differentiation lies in its full-stack automation, focus on high-throughput functional phenotyping (biomechanics), and integrated AI/ML approach.