Reproducibility in in-vitro biology starts with the material.
We develop and produce designed protein bioinks for 3D cell culture, tissue engineering, and biofabrication.
Solution
Amela combines biotechnology and protein design to deliver animal-free bioinks with reproducible, application-specific performance.
Biotechnology
Protein Design
Technology
Amela's designed protein bioinks are built from modular building blocks, with independent tuning of mechanics and biology.
Modular protein building blocks
Our designed protein bioinks are assembled from defined, recombinant building blocks. Each block contributes a known function, so the composition of an animal-free bioink can be specified rather than inferred from a biological extract.
Independent mechanical tuning
Stiffness and network density are set through the crosslinking blocks, independently of the biological cues. This allows matrices to be tuned across biologically relevant tissue ranges, from soft neural-like gels to stiffer connective tissue, without changing the signalling content.
Programmable biological cues
Adhesion and degradation domains are incorporated at defined ratios to guide cell attachment, spreading, and remodelling in tissue engineering and biofabrication workflows.
Predictable behaviour
The material forms the same internal structure every time and evolves in a controlled, reproducible way, reducing batch-to-batch variability common to animal-derived matrices.
Applications
From organoids and multicellular systems to 3D bioprinting and tissue engineering. Tailored matrices open new possibilities for human-relevant biology.
