Provides a fully synthetic, customizable peptide hydrogel platform for 3D cell culture, enabling researchers to model human development and disease without using animals or animal-derived products. This system improves reproducibility and reliability in in vitro studies, supporting a wide range of endpoint experiments with optically transparent, ready-to-use hydrogels.
Funding
$330K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
IUFounders
Product
Problem
Traditional 3D cell culture methods often rely on animal-derived products, introducing variability and ethical concerns into research. These methods can also lack the reproducibility and customization needed for accurate modeling of human development and disease.
Solution
PeptiMatrix™ offers a fully synthetic, customizable peptide hydrogel platform designed for 3D cell culture, providing researchers with a more reproducible, reliable, and ethical solution for modeling development and disease. The animal-free hydrogels aim to reduce and eventually replace the use of animals and animal-derived products in drug development and investigative research. The platform's tunability allows for precise control over the cellular microenvironment, enabling researchers to create more human-relevant in vitro models. The hydrogels are supplied ready-to-use and are optically transparent, facilitating a wide range of endpoint experiments.
Target Audience
The primary target audience includes researchers in matrix biology, cancer research, toxicology, and biomaterial engineering who are seeking animal-free and customizable 3D cell culture solutions.
Features
- Fully synthetic peptide hydrogels, eliminating animal-derived components
- Customizable matrix properties to mimic specific tissue environments
- Ready-to-use format for streamlined workflows
- High optical transparency for microscopy and imaging applications
- Reproducible and consistent results, reducing experimental variability
- Compatible with a variety of standard endpoint assays