THE CHALLENGE
80% of recombinant protein expression programs fail to express at meaningful levels or scale efficiently.
THE SOLUTION
Increase your chances of success with MNDL Bio’s host-optimized DNA sequence engineering.
Reduce R&D timelines and costs by moving from trial & error experimentation to predictive, data-driven, in-silico design.
THE IMPACT
Achieve up to 30× higher protein yields with MNDL Bio’s AI-driven DNA engineering.*
*Results depend on protein, host, and production context.
What MNDL Bio Delivers
MNDL Bio provides host-optimized DNA sequences designed to improve yield, genetic stability, and other critical production metrics, while preserving the original protein amino-acid sequence.
Whole-construct DNA engineering
for expression success and scale
Broad Host Compatibility
Validated across major expression systems. New host organisms can be supported in silico in under 48 hours.
Synthesis-Ready
Output DNA sequences are validated and instantly ready for synthesis.
Secure & Confidential
Proprietary DNA sequences & project data remain protected & fully under your control.
TESTIMONIALS
WHAT PEOPLE SAY
MNDL Bio helped us improve the expression of our industrial enzyme for food applications in a microbial expression system. We achieved a clear increase in expression levels, reached efficiently and with strong technical support throughout the process. A productive and reliable collaboration.
Ziv Zwighaft
CEO, Ambrosia Bio
Working with MNDL Bio exceeded our expectations. Their optimization of our recombinant protein resulted in remarkable gains - a 10× improvement in cell-free expression and a 1.5× boost in bacterial system. The process was fast, data-driven, and their team highly responsive.
Arnon Heyman
CEO, IBI Ag
Partnering with Prof. Tuller's expertise proved invaluable. His algorithms significantly enhanced our design of gene expression in microalgae, enabling us to achieve a substantial increase in biofuel production - a critical benchmark for our success.
Prof. Iftach Yacoby
Molecular Biology Ecology of Plants (Tel Aviv University)
Inefficient, costly gene expression optimization is a fundamental bottleneck in bioproduction today. MNDL Bio's data-driven approach, powered by Tamir Tuller's algorithms, promises a standardized, predictable solution with significant industry impact.
Dr. Or Rotem
Synbio Expert
Professor Tamir Tuller has groundbreaking research in the field of computational system biology and synthetic biology, generating advanced computational models that will be exploited and further developed by the MNDL Bio team. We are expecting the team to accelerate timelines and increase yields in bioproduction / biotechnological applications, improving operations and driving innovation in the synthetic biology sector.
Dr. Orly Savyon
CEO, Alagene
join our mission
Ready to improve your recombinant protein expression?
Let’s discuss your project.
Email: info@mndl.bio