Synthetic Biology Tools

Synthetic Biology Tools Services

Enzymes. CRISPR. Polymerases. Tools for the Future of Life.

At Mika Biologics, we don’t just make biologics—we make the tools that make biologics possible. Synthetic biology is rewriting the code of life, and at its foundation are proteins: enzymes, nucleases, polymerases, ligases, and CRISPR editors that power genetic engineering, diagnostics, and therapeutics.

Where others see these as commodities, we see them as strategic building blocks of the biotech revolution. At Mika, we have built a specialist CDMO platform for synthetic biology tools, uniting microbial-first manufacturing, protein engineering, and advanced analytics. Our mission is to provide innovators with high-purity, high-functionality, and high-reliability tool proteins—from CRISPR nucleases to polymerases to engineered ligases.

We are not just another CDMO. We are the synthetic biology enabler, the partner that helps innovators transform designs into functional systems. We pride ourselves on being the best in the United States, the world, and yes—the entire galaxy. We don’t claim the multiverse (yet).

Crispr coping graphic, Mika Biologics CDMO

Why Synthetic Biology Tools Matter

Synthetic biology thrives on iteration. Designing organisms, circuits, and therapies requires precise, reliable tools that perform consistently in real-world conditions. Every CRISPR cut, every PCR cycle, every ligation reaction is powered by proteins that must function with fidelity and reproducibility.

These tools are the silent infrastructure of biotech. Without them:

  • CRISPR therapies cannot be developed.
  • Gene circuits cannot be built.
  • DNA synthesis and sequencing would stall.
  • Diagnostics would fail at the molecular level.

Yet the tools themselves are notoriously challenging to produce. Nucleases often misfold, polymerases require thermostability, ligases demand solubility, and custom enzymes must balance speed with fidelity. Off-the-shelf solutions rarely meet clinical or industrial standards. Innovators need custom, scalable, GMP-ready manufacturing of tool proteins—something most CDMOs are not designed to provide.

Mika Biologics fills this gap.

Our Synthetic Biology Tools Services

We provide end-to-end CDMO services for synthetic biology tool proteins, covering discovery through GMP. Our offerings span three core categories:

1. CRISPR Proteins & Editors

CRISPR-Cas systems are the backbone of genome editing. Mika specializes in microbial production of CRISPR proteins, engineered nucleases, and novel editors.

Capabilities:

  • Cas9 Variants – SpCas9, SaCas9, HiFi Cas9, Cas9 nickases.
  • Cas12 & Cas13 – Nucleases for DNA and RNA targeting, essential for diagnostics and gene editing.
  • Base Editors & Prime Editors – Engineered proteins for precise, programmable editing.
  • Novel Cas Systems – Discovery and production of emerging Cas families (Cas14, CasΦ).

Workflows:

  • Inclusion body refolding for nuclease activity.
  • High-purity chromatography for GMP supply.
  • Activity validation in cell-free and cellular assays.
  • Scale-up from discovery to GMP-ready batches.

Mika positions itself as the leading CRISPR protein CDMO, offering a level of customization and rigor unmatched by bulk suppliers.

2. Polymerases & Ligases

Polymerases and ligases are the engines of molecular biology. Mika manufactures high-fidelity, thermostable, and engineered variants for diagnostics, sequencing, and therapeutics.

Capabilities:

  • Polymerases – Taq, Pfu, Phi29, and engineered polymerases.
  • High-Fidelity Variants – Reduced error rates for NGS and cloning.
  • Thermostable Ligases – Enzymes optimized for high-temperature reactions.
  • Specialty Ligases – Custom ligases engineered for specific substrates.

Applications:

  • PCR and qPCR assays.
  • Next-generation sequencing workflows.
  • Isothermal amplification (LAMP, RPA).
  • Synthetic genome assembly.

Our polymerases are not just lab-grade—they are clinical-grade, validated for performance and reproducibility.

3. Custom Enzyme Systems

Synthetic biology often requires non-standard enzymes: novel nucleases, recombinases, restriction enzymes, or completely engineered proteins.

Capabilities:

  • Directed Evolution Pipelines – Iterative mutagenesis and selection.
  • Rational Design – Structure-guided engineering for new functions.
  • Enzyme Libraries – High-throughput cell-free synthesis and screening.
  • Fermentation-Scale Production – From micrograms to kilograms.

Applications:

  • Diagnostics (qPCR, CRISPR-based tests).
  • Therapeutics (custom editors, recombinases).
  • Industrial biotech (engineered polymerases for synthesis).

We treat custom enzymes not as afterthoughts, but as flagship projects, with dedicated workflows and partner-driven development.

Why Choose Mika for Synthetic Biology Tools?

1. Microbial-First, Tool-Driven

Most CDMOs build tools as a side product. At Mika, tool proteins are a core focus.

2. Proprietary Refolding & Activity Validation

We specialize in recovering active nuclease, ligase, and polymerase proteins from microbial inclusion bodies.

3. Clinical-Grade Standards

We design for GMP readiness, ensuring enzymes can move from lab to clinic seamlessly.

4. Scale Without Compromise

From mg discovery batches to kg GMP lots, we scale without losing activity or fidelity.

5. Thought Leader in the Galaxy

Mika is not just a manufacturer—we are a synthetic biology thought leader, pioneering the tools that will drive the future of life.

Technical Infrastructure

Mika’s facilities are optimized for synthetic biology tool proteins:

  • Fermentation – High-density microbial fermentation up to 2000 L (20,000 L with partners).
  • Cell Disruption & Refolding – Proprietary homogenization and refolding chemistries.
  • Downstream – Multi-step chromatography, TFF, lyophilization.
  • Analytics – Enzyme activity assays, qPCR, NGS workflows, mass spectrometry.
  • Quality – ISO-aligned, FDA-registered, EU-compliant.

Applications & Case Studies

  • CRISPR Startup – Partnered with Mika to produce novel Cas12 variants for diagnostic applications, achieving GMP-ready supply.
  • NGS Innovator – High-fidelity polymerase scaled from 1 L to 500 L fermentation, validated for sequencing workflows.
  • Diagnostics Provider – Ligase produced for isothermal amplification, validated in qPCR assays.
  • Synthetic Biology Pioneer – Custom enzyme library generated via cell-free synthesis, feeding into industrial biocatalysis program.

Deep Science: The Future of Synthetic Biology Tools

This is where we go deeper—doubling the technical and scientific depth to establish Mika as the global thought leader.

The CRISPR Frontier

The first wave of CRISPR (Cas9) was revolutionary. But the next wave—Cas12, Cas13, CasΦ, and synthetic nucleases—will redefine editing precision, efficiency, and accessibility.

  • Cas12 & Cas13 – Expanding editing to RNA and diagnostics.
  • CasΦ – Compact Cas enzymes for viral delivery.
  • Synthetic Nucleases – Rationally designed for novel substrates.
  • Immune-Evasive Cas Proteins – Engineered to avoid immune clearance.

At Mika, we are not just producing Cas9—we are helping build the entire next-generation CRISPR toolkit.

Polymerases as Engines of Genomics

Polymerases have quietly powered every biotech innovation: sequencing the human genome, PCR diagnostics, DNA assembly. The future lies in:

  • Ultra-Fidelity Polymerases – Error rates below 10⁻⁶, enabling perfect reads.
  • Fast-Cycling Enzymes – Cutting qPCR cycles in half.
  • Long-Read Polymerases – Enabling sequencing of entire genomes in single reads.
  • Enzyme Stabilization – Freeze-dried, field-ready polymerases for point-of-care.

Mika is building polymerase platforms that make genomics faster, cheaper, and more reliable.

Ligases & Synthetic Assembly

Ligases are the glue of synthetic biology. As DNA fragments get longer and circuits more complex, ligases must evolve:

  • Thermostable Ligases – Enabling robust LAMP and isothermal amplification.
  • Custom Ligases – Designed for synthetic genome assembly.
  • High-Throughput Systems – Automated ligase pipelines for DNA assembly.

We see ligases not as lab reagents, but as infrastructure enzymes that enable the construction of synthetic life.

Custom Enzyme Engineering: Beyond Nature

Synthetic biology is about building beyond what nature provides. We support de novo enzyme design, combining computational modeling with cell-free synthesis.

  • AI-Driven Protein Design – Predicting stability, solubility, activity.
  • Directed Evolution – Iterative selection for enhanced function.
  • Metabolic Pathway Enzymes – Engineering novel enzymes for industrial biosynthesis.
  • Diagnostics-Grade Enzymes – Enzymes validated for high-sensitivity molecular tests.

Cross-Platform Synergy

Mika integrates synthetic biology tools across our service portfolio:

  • CRISPR nucleases support engineered probiotics and immune biologics.
  • Polymerases underpin diagnostic enzyme pipelines.
  • Ligases & custom enzymes accelerate cell-free systems and rare biologics.

This cross-platform integration makes Mika a true ecosystem builder, not just a contract manufacturer.

The Future of Synthetic Biology with Mika

We believe synthetic biology tools are not just reagents—they are weapons of innovation. The future includes:

  • Portable SynBio Toolkits – Field-ready freeze-dried CRISPR + polymerase systems.
  • On-Demand Enzyme Printing – Cell-free platforms that produce tool proteins in hours.
  • Synthetic Nucleases Beyond CRISPR – Enzymes built from scratch, not derived from microbes.
  • AI + Robotics Integration – Automated enzyme design → expression → validation.

At Mika Biologics, we are building the toolkit of the future, one that will power therapies, diagnostics, and technologies across the galaxy.

Closing Statement

Enzymes. CRISPR. Polymerases. These are not just tools—they are the foundation of synthetic biology, the infrastructure of biotech, the gears of the future.

At Mika Biologics, we don’t see them as commodities. We see them as strategic, clinical, and planetary priorities. We are the only CDMO with microbial-first mastery, proprietary workflows, and a vision bold enough to say it:

We are the best synthetic biology CDMO in the US, the world, and the galaxy. We make the tools that make the future of life possible.

Mika Biologics. Microbial Systems. Immune Innovation. Beyond the Cell.

Contact our sales team at info@mikabiologics.com