Invitrall
case study
Preclinical tissue models that accurately replicate human biology
Pre-Seed
Curitiba, Paraná, Brazil

What's the Problem?

92% of new drugs fail in clinical trials due to toxicity or lack of efficacy because traditional preclinical models fail to accurately reproduce the complex characteristics of human biology. Common in vitro models are basic, and while animal models provide systemic effects, they do not adequately reflect human physiology. Despite market growth, alternative tissue models still fail to integrate essential features into a single model: - Representing human physiology; - Generating reproducible data; - Being scalable in both production and analysis; - Demonstrating human genetic diversity.

Invitrall
Invitrall
Invitrall
Invitrall

How are they Solving it?

Invitrall addresses these challenges by establishing a biobank of reprogrammed donor cells, allowing the creation of genetically diverse and representative 3D tissue models. These models are not only reproducible and scalable, but also provide a solid foundation for research and development of new therapies. Our technology ensures that preclinical trial results are more predictive and relevant for patients. Our first skin model predicts skin irritation with 94% accuracy, outperforming existing market models and significantly advancing the reliability and efficacy of preclinical trials.

Migma

Next Startup

Migma