Cutting-edge Biotechnology

Production technology for complex human recombinant proteins

We use a human, scalable biotechnology platform to develop complex human proteins with high biological similarity and functionality for research and development. 

100% Human

Megakaryoblastic cells

High Purity

Proven efficacy

Animal-component free

An ethical and innovative alternative

Scalable

Industrializable bioprocess

OUR PRODUCTS

Biotechnology products derived from our human cell platform, developed to deliver high biological relevance, functional consistency, and performance in advanced research.

Human Growth Factors

N4Cells

Standardized formulation

Animal component-free

Cell culture application

Human-derived growth factor concentrate, produced through our cell platform to support proliferation, survival, and stability in advanced cultures. Its standardized formulation is designed to reduce experimental variability and provide an animal component-free alternative.

Interested in testing the product?

Write to us and we will arrange a sample for Beta Testing.

Human Recombinant Proteins

MegaProt

Produced in human cells

Conserved functionality

Human PTMs

Human recombinant proteins produced through our cell platform to support advanced research. Designed to preserve human-like PTMs, functional similarity, and consistent performance across biotechnology applications.

Interested in testing the product?

Write to us and we will arrange a sample for Beta Testing.

DIFFERENTIATORS

Our production approach enables us to transform scientific capabilities into concrete solutions for research, experimental validation, and biotechnology development.

Human cell platform

We use human cells as a production system to develop complex proteins with biological characteristics that closely reflect their human origin

Scalable bioprocess

Our bioprocess is designed to scale production while maintaining control, consistency, and quality across the different stages of the process.

High biological similarity

Production in human cells supports human-like glycosylation and post-translational modifications, helping preserve functional activity.

Ready to work with us?

Write to us and we will be happy to help. Connect with our team through: