

ENGINEERING TOMORROW'S ENZYMES, TODAY
Like every gem, every solution we create is shaped with intention.
At Kura Biotech, we believe that innovation begins with raw potential—hidden in the genetic code of nature. Cantera™, our protein engineering platform, was created to uncover, shape, and evolve that potential into high-performance enzymatic solutions.
The name Cantera™ refers to the place where uncut stone is extracted and refined—transformed into something of lasting value. That same transformation—from biological possibility to biotechnological precision—is at the heart of everything we do.
We don’t believe in one-size-fits-all solutions. At Cantera™, every enzyme is the result of custom processes, rational design, and a deep understanding of an specific challenge.
Every project begins as a rough stone.
Our role is to carve it—facet by facet—until its full potential comes to light.

Intelligent Discovery
We mine protein space using advanced bioinformatics and machine learning tools—searching for what others overlook.
Our intelligence doesn’t just predict. It prioritizes, refines, and builds on evidence.
Strategic Design
We craft rational, project-specific libraries. Whether it’s fidelity, activity, stability, or speed—every mutation has a reason. Every decision is backed by a hypothesis.
Accelerated Learning
High-throughput automated screening platforms validate designs efficiently, allowing us to learn faster, become smarter, and gain insights from both successful and unsuccessful results.
Each round makes us smarter. Each cycle moves us closer to optimal performance.
Ownable Innovation
From the start, we analyze the intellectual property landscape.
We don’t just solve problems—we make sure every solution can be protected and commercialized.
System Thinking
Enzymes don’t operate in isolation.
We design with buffers, conditions, and workflows in mind—because context defines performance.
Boutique Partnership
A focused team, flexible execution, and true scientific collaboration. That’s our model.
Rapid Validation
High-throughput automated screening platforms validate designs in real time.
Each round makes us smarter. Each cycle moves us closer to optimal performance.
System Thinking
Enzymes don’t operate in isolation.
We design with buffers, conditions, and workflows in mind—because context defines performance.
Boutique Partnership
We work with you, not just for you.
A focused team, flexible execution, and true scientific collaboration. That’s our model.












Intelligent Discovery
We mine protein space using advanced bioinformatics and machine learning tools—searching for what others overlook.
Our intelligence doesn’t just predict. It prioritizes, refines, and builds on evidence.
Strategic Design
We craft rational, project-specific libraries. Whether it’s fidelity, activity, stability, or speed—every mutation has a reason. Every decision is backed by a hypothesis.
Accelerated Learning
High-throughput automated screening platforms validate designs in real time.
Each round makes us smarter. Each cycle moves us closer to optimal performance.
Ownable Innovation
From the start, we analyze the intellectual property landscape.
We don’t just solve problems—we make sure every solution can be protected and commercialized.
System Thinking
Enzymes don’t operate in isolation.
We design with buffers, conditions, and workflows in mind—because context defines performance.
Boutique Partnership
We work with you, not just for you.
A focused team, flexible execution, and true scientific collaboration. That’s our model.
How We Engineer

Mined from Nature. Refined by AI.
At Cantera™, the exploration starts with data. Our team harnesses the power of bioinformatics to mine the sequencing space, uncovering sequences that nature has already tested through evolution. But we don’t stop at discovery—we model, simulate, and predict.
Merging classic bioinformatics and AI-based tools, we create a structural and functional map of enzyme families. Over this map, our proprietary machine learning algorithms learn from thousands of data points to predict which changes will matter—and which won’t.
The result is a smarter starting point: a shortlist of promising candidates, enriched with functional insight and optimized for downstream success.

Designed with Purpose. Tested at Scale.
Once the best candidates are identified, we move fast—and with intent. Cantera™ blends rational library design with high-throughput screening, enabling rapid testing of multiple enzyme variants in parallel.
Our libraries are not generic. They are shaped by project needs, predicted structural dynamics, and AI-driven mutation models. Then, automated platforms take over—equipped with analytical tools like HPLC and NGS, to generate high-resolution functional data at speed.
This data isn’t static. Each cycle of screening feeds back into our models, closing the loop between in silico design and empirical validation. The platform learns. The designs evolve. And performance improves—round after round.

Refined for Impact. Protected by Design.
Performance without freedom to operate is a dead end. That’s why Cantera™ integrates IP intelligence throughout its platform. From the very first design steps, we explore not just biological space, but intellectual property space—identifying opportunities for proprietary enzyme development that can be protected and commercialized.
We work with specific goals in mind, such as cost, speed, yield, fidelity, or thermal stability. And we ensure every solution we develop is not only technically sound, but also legally viable and strategically valuable.
Combined with our in-house capabilities in buffer formulation and enzymatic system integration, Cantera™ delivers more than sequences. It delivers complete, ownable, fit-for-purpose biocatalysts.

Mined from Nature. Refined by AI.
At Cantera™, the exploration starts with data. Our team harnesses the power of bioinformatics to mine the sequencing space, uncovering sequences that nature has already tested through evolution. But we don’t stop at discovery—we model, simulate, and predict.
Merging classic bioinformatics and AI-based tools, we create a structural and functional map of enzyme families. Over this map, our proprietary machine learning algorithms learn from thousands of data points to predict which changes will matter—and which won’t.
The result is a smarter starting point: a shortlist of promising candidates, enriched with functional insight and optimized for downstream success.

Designed with Purpose. Tested at Scale.
Once the best candidates are identified, we move fast—and with intent. Cantera™ blends rational library design with high-throughput screening, enabling rapid testing of multiple enzyme variants in parallel.
Our libraries are not generic. They are shaped by project needs, predicted structural dynamics, and AI-driven mutation models. Then, automated platforms take over—equipped with analytical tools like HPLC and NGS, to generate high-resolution functional data at speed.
This data isn’t static. Each cycle of screening feeds back into our models, closing the loop between in silico design and empirical validation. The platform learns. The designs evolve. And performance improves—round after round.

Refined for Impact. Protected by Design.
Performance without freedom to operate is a dead end. That’s why Cantera™ integrates IP intelligence throughout its platform. From the very first design steps, we explore not just biological space, but intellectual property space—identifying opportunities for proprietary enzyme development that can be protected and commercialized.
We work with specific goals in mind, such as cost, speed, yield, fidelity, or thermal stability. And we ensure every solution we develop is not only technically sound, but also legally viable and strategically valuable.
Combined with our in-house capabilities in buffer formulation and enzymatic system integration, Cantera™ delivers more than sequences. It delivers complete, ownable, fit-for-purpose biocatalysts.
What Makes Us Different
Lean By Design
We tailor every project to its budget, using in silico tools and focused experiments to build smart libraries with precision. Our modular, agile setup avoids excess overhead, delivering only what’s needed. Each round provides clear, actionable results—so progress happens only where it matters, with resources focused entirely on moving the enzyme closer to its goal.
Built for Collaboration
We co-design novel enzymes for genomics, proteomics, and DNA synthesis, customizing for efficiency, yield, or stability. Each project is shaped around your needs, budget, and definition of success. Our scientists work as an extension of your team, focused on solving problems—not ticking boxes—with speed, relevance, and real-world impact.
Beyond the Enzyme
We design enzymes with real-world function in mind—from day one. That means thinking beyond the sequence: buffers, workflows, and application context are all part of the equation. Our team brings deep expertise in assay development, system integration, and formulation—so we can optimize not just the enzyme but the environment it needs to perform.
Lean by Design
We tailor every project to your pace and budget, using in silico tools and focused experiments to build smart libraries with precision. Our modular, agile setup avoids excess overhead, delivering only what’s needed. Each round provides clear, actionable results—so progress happens only where it matters, with resources focused entirely on moving the enzyme closer to its goal.
Built for Collaboration
We co-design novel enzymes for genomics, proteomics, and DNA synthesis, customizing for efficiency, yield, or stability. Each project is shaped around specific needs, budget, and definition of success. Our scientists work focused on solving problems—not ticking boxes—with speed, relevance, and real-world impact.
Beyond the Enzyme
We design enzymes with real-world function in mind—from day one.
That means thinking beyond the sequence: buffers, workflows, and application context are all part of the equation. Our team brings deep expertise in assay development, system integration, and formulation—so we can optimize not just the enzyme but the environment it needs to perform.
Enzyme innovation thrives in the right partnership
Let’s explore it together
Enzyme innovation thrives in the right partnership
Let’s explore it together