Mitochondrial Power Up
We are building a foundational biotechnology platform for ultra-precise protein expression inside living organisms—unlocking new levels of biological control to create resilient crops and a more sustainable food system.
Water-Smart Corn for Increasing Climate Volatility
Drought events and combined environmental stresses are becoming more frequent and more severe, introducing unprecedented volatility into agricultural production. For corn, even short periods of water limitation—especially when combined with heat or other stresses—can lead to significant and unpredictable yield losses. This growing instability is emerging as one of the central challenges of modern agriculture.
By developing corn seed traits that improve how plants manage water under stress, we aim to reduce this volatility—helping crops maintain performance across increasingly variable and uncertain growing conditions.
Our Technology
“The only way to discover the limits of the possible is to venture a little way past them into the impossible.”
— Arthur C. Clarke
Precision Beyond Gene Scissors
Our mitochondrial engineering achieves unmatched accuracy, enabling clean, targeted expression that outperforms traditional genome-editing tools.
More Power, More Protein
By using the cell’s powerhouse, our platform can express and supply more complex proteins — efficiently and reliably.
Stable Across Generations
Our modifications remain inherited and consistent over time, forming a universal base technology for any organism with mitochondria.
Life is a fight against entropy — precision makes us unstoppable
Applications
Research Applications
Our platform can be deployed in controlled laboratory environments as an experimental tool for precise protein expression and functional studies. It enables researchers to explore biological mechanisms, test new hypotheses, and prototype novel applications with a level of control that is difficult to achieve using conventional genetic approaches.
In parallel, the technology is available for research collaborations and licensing, allowing academic and industrial partners to integrate the platform into their own discovery pipelines and development programs
Corn Seeds
Our initial commercial focus is on developing next-generation corn seed traits that improve water management under drought and combined environmental stress. By enhancing how corn plants respond to water limitation and climate variability, we aim to reduce yield volatility and support more reliable agricultural production.
While corn is our first application, the platform is designed to be extensible. Over time, we plan to expand this approach to additional crop species and seed types, enabling broader impact across agricultural systems facing increasing climate pressure.
Future Applications
Beyond agriculture, our technology has the potential to enable new approaches in animal health and human medicine. By offering highly controlled protein expression within living systems, the platform could support future therapeutic, diagnostic, or research applications where precision and reliability are critical.
At this stage, these directions remain exploratory, and we are intentionally careful in what we disclose. While it is too early to define specific products or indications, we believe the underlying technological capabilities provide a strong foundation for meaningful impact across additional biological and medical domains as the platform matures.
Work With Us
We are actively exploring collaborations with research groups, seed companies, and strategic partners who share our interest in advancing biological precision and climate-resilient agriculture. Whether through research collaboration, technology licensing, or early partnerships, we are open to building together.
A Mitochondrial Platform Beyond Conventional Editing
Capacity Where Gene Editing Reaches Its Limits
Drought tolerance is regulated across highly complex genomic regions — making precise gene editing difficult, trade-off-prone, and location-sensitive. The size limitations of mitochondrial genome exchange are not constrained by practical engineering factors, allowing for a scope of genetic information that conventional knock-in approaches cannot match.
Stress-Responsive, Not Static
The platform enables mitochondria to produce and export active compounds autonomously — triggered by environmental stress signals such as heat or drought, precisely timed to the plant’s critical growth phases. This reduces yield volatility without overriding the plant’s existing regulatory architecture.
An Add-on, Not a Replacement
MPU’s technology integrates directly into existing high-yield hybrid lines. MPU contributes a modular trait layer that is compatible across crops and scalable to additional applications beyond the initial use case in maize.