OUR TECHNOLOGY
HIGHER YIELDS. LOWER RISK. CONSISTENT PERFORMANCE
The Science of DNA engineering
Built on over 15 years of biophysical and computational biology research led by our CSO, Prof. Tamir Tuller, MNDL Bio’s platform engineers the full genetic system and has been validated across diverse host organisms.
Prof. Tuller’s research has been translated into applied technologies used in real-world protein engineering and biomanufacturing workflows.
Scientific Foundations & validation
MNDL Bio’s technology is grounded in a deep and defensible scientific base & proven impact
1.5x – 30x yield improvements -
Depending on protein, host, and production context
Proprietary biophysical and algorithmic models powering predictive DNA design
Proprietary multi-omics data and validated constructs informing model refinement
Robust patent portfolio protecting core methods and applications
FUSION OF PHYSICS & AI
Moving beyond simple codon adjustments, the platform optimizes the complete genetic architecture to enable robust, scalable protein production. This foundation reflects a rare combination of expertise spanning biophysics, molecular and synthetic biology, computational biology, and algorithm engineering.
Synthesis-Ready DNA
Our technology delivers a fully optimized, synthesis-ready DNA sequence. We guarantee high-yield designs technically compatible with modern synthesis and cloning workflows, ensuring a seamless digital-to-physical transition.
15+
Years of foundational research in gene expression and translation dynamics
25+
successful protein expression projects
200+
Peer-Reviewed Publications in leading journals and conferences
10+
Validated across 10+ host organisms, covering diverse expression systems
Research Powering Our Solutions
Read about our peer-reviewed publications, science and magic.
