AI/ML-designed proteins engineered for
maximum bioactivity maximum stability simple reconstitution maximum value per IU

Learn how our precision engineered proteins can extend your research budget

Human growth factors and cytokines optimized using computational biology and engineered yeast

Bioactivity Engineered

Native folding presents the correct structural motifs for receptor binding.

Bioactivity Engineered

Enhanced Thermal Stability

Native disulfide bridge formation yields reconstituted proteins with superior pH and temperature resilience.

Enhanced Thermal Stability

Maximize Value

Have you ever considered how much bioactivity you are achieving for every dollar spent from your research budget?


Get up to 2X the
specific activity1 per IU

Specific activity

Lowest list price on
M-CSF growth factors 2

Lowest list price

Achieve up to 200% in
bioactivity value per $ spent

Bioactivity value

1 Observed fold induction of M-NFS-60 cell line (ATCC Cat. No. 30-2001), quantitatively assessed by luminescence of PrestoblueTM Cell Viability reagent. Based on 20-hour dose-dependent incubation with MycoFoldTM rHu M-CSF and human M-CSF from leading E. coli-based (Competitor 1) or HEK-293-based (Competitor 2) products.

2 List prices as of January 2026.

Join the Myco-Revolution

Recombinant protein expression models have not changed in 30 years. See how our growing portfolio of next-generation growth factors and cytokines, engineered using Artificial Intelligence (AI) and Machine Learning (ML) techniques, can extend your research budget.