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Carcinotech

ApplicationEdinburgh, United KingdomFounded 2018· One of 313 Application companies tracked by AMPulse

Develops 3D bioprinted living tumor models from patient-derived cells to accelerate oncology drug discovery and personalized medicine.

CEO / Founder
Ishani Malhotra
Team Size
11-50
Stage
Active
Total Funding
£7.3M
Latest Round
Pre-Series A
Key Investors
Eos Advisory, Tricapital, Gabriel Investments, Scottish Enterprise, SIS Ventures, Alba Equity, Maven Capital Partners, Old College Capital, Investing Women Angels

Technology & Products

Key Products

Carcinotech develops 3D-bioprinted tumor models and utilizes Carcino3D technology for preclinical oncology services, accelerating cancer research and precision medicine.

Technological Advantage

Claimed to be the only company using 3D-printed living tumors for drug testing; technology validated through partnerships with Cancer Research UK and Cellink.

Differentiation

Value Proposition

Replicates the complex tumor microenvironment using patient-derived cells to provide more accurate drug testing results than 2D or homogenous 3D models, accelerating the drug development timeline.

How They Differentiate

Utilizes living 3D-printed tumors with patient-specific immune cells and mutational data, whereas competitors primarily use 2D models or homogenous 3D models.

Market & Competition

Target Customers

Pharmaceutical companies, Contract Research Organizations (CROs), surgeons, pathologists, and clinicians.

Industry Verticals

Oncology; Pharmaceuticals; Personalized Medicine; Clinical Pathology

Competitors

Cellink

Growth & Milestones

Growth Metrics

Secured £4.2m funding for US expansion; developed tumor models for 5 cancer types (brain, lung, breast, colorectal, ovarian).

Major Milestones

Founded in 2018 based on University of Edinburgh research; Secured £4.2m funding for US expansion; Established partnerships with Cellink and Cancer Research UK; Developed characterized tumor models for five cancer types

Notable Customers

Cancer Research UK; CELLINK; University of Edinburgh (Usher Institute)