Technology
At SynBioBlox, we specialize in custom-tailored genetic solutions to address a diverse array of challenges. By integrating advanced artificial intelligence and machine learning with cutting-edge genomic research, we engineer biological systems designed to meet specific needs across various industries.
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Our approach begins with comprehensive feasibility studies, utilizing proprietary techno-economic models to define precise performance requirements. We then identify and enhance optimal biological organisms, developing platform organisms that maximize efficiency and value for targeted applications. This meticulous process ensures the creation of sustainable, economically viable solutions, such as converting greenhouse gases into sustainable aviation fuel, producing agricultural nutrients, and remediating toxic materials.
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SynBioBlox is committed to delivering innovative, scalable, and environmentally conscious biotechnological advancements, empowering our partners to achieve their sustainability and profitability objectives.
Our Toolkit
-digital genetic models (GEMs)
-techno-economic model (performance specs, productivity, economics)
-life-cycle analysis for evaluating emissions impact
Bespoke Synthetic Biology
Our Development Approach
Our unique "Tailored Bio-Design and Development" approach is the heart of our bioengineering innovations. By integrating artificial intelligence and machine learning with genomic research and synthetic biology, we design biological systems for viable and ecological solutions.
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1. Target Selection - Identify a problem and define technological performance requirements using our proprietary techno-economic models.
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2. Data Collection, 3. Genome Annotation - Identify and evaluate the most promising biological families for potential use.
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4. Data Analytics, 5. Solution Design - Construct genome-scale metabolic models of selected organisms to identify and evaluate potential enhancements.
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6. Wet Lab Validation - Produce a viable enhanced organism in vivo, with a high probability it will meet previously established performance specifications.
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7. Scale-Up - Refine and scale up the production process.
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8. Solution Deployment - Integrate the solution into the value chain.
Active X: A New Approach to Sustainable Aviation Fuel
SynBioBlox is developing Active X, a high-energy molecule designed as a next-generation sustainable aviation fuel. The process begins with methanotrophs, a type of bacteria that naturally consume methane. Through targeted bioengineering, these organisms are optimized to convert methane into Active X, a proprietary molecule with high energy density suitable for aviation applications.
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The production workflow follows a structured approach: methane is sourced from industrial emissions or natural gas infrastructure and fed into bioreactors containing engineered methanotrophs. These bacteria metabolize the methane and synthesize Active X, which is then extracted, purified, and processed into a liquid fuel. This method integrates biological conversion with existing fuel production infrastructure, ensuring a scalable and cost-effective pathway to sustainable aviation.
Get in touch to learn more about our process.
SynBioBlox Innovations Ltd.
+1 587-596-8512