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PRODUCT

GMP CRISPR Editors

Standard and custom CRISPR enzymes, aligned from IND-enabling through GMP.

Synthego provides both standard and custom CRISPR enzyme manufacturing, enabling a complete solution for gene editor components alongside our guide RNAs. From GMP-grade SpCas9 and AccuBase™ proteins to custom enzymes in mRNA or protein formats, all offerings are supported by defined quality systems, comprehensive documentation, and a scalable framework spanning IND-enabling studies through GMP applications.

Synthego is your trusted guide for your CRISPR-based therapy development. With our proven track record of successful GMP production, extensive testing and stability studies, and expert quality team to guide regulatory filings for your CRISPR-modified therapy, Synthego can help make your transition to the clinic seamless and rapid.

Custom CRISPR Protein & mRNA Manufacturing

Synthego delivers custom CRISPR enzyme manufacturing together with guide RNAs, enabling coordinated development of gene editor components from a single partner. Custom CRISPR gene editors are available in mRNA or protein formats, and projects follow a defined, milestone-based development process with established quality controls and documentation at each stage. Two quality grades support progression from IND-enabling studies through clinical applications, with all programs initiated through a Pilot Study.

IND-Enabling Studies

GMP-Like (INDe)

A cost-effective pathway for IND-enabling safety and toxicity studies and phase-appropriate FIH/Phase 1. Produced under ISO13485 quality management with comprehensive QC testing and full documentation.

  • ISO 13485 quality management system
  • Comprehensive release testing panel
  • Cell bank establishment (MCB/WCB)
  • Certificate of Analysis and batch records
  • Stability Studies (stress, accelerated, long-term)

Clinical Applications

GMP

Full regulatory compliance for clinical-stage manufacturing. Includes formal method validation, process validation, and comprehensive regulatory documentation.

  • 21 CFR 210/211 + ICH Q5, Q7, Q9, Q10 compliance
  • Classified cleanroom environment
  • Extended-release testing panel
  • Formal analytical method validation (ICH)
  • Process validation and regulatory filings

Standard CRISPR Proteins

GMP-grade SpCas9 and AccuBase™ proteins are manufactured under cGMP using the same enzyme designs as our RUO products. Integrated with Synthego’s sgRNA continuum, they support consistent performance and seamless progression from research through GMP applications.

GMP SpCas9 Protein

Synthego’s GMP SpCas9 nuclease is engineered for exceptional ribonucleoprotein (RNP) editing efficiency. Manufactured under stringent cGMP conditions, our GMP SpCas9 ensures reliability and consistency in CGT development and clinical research.

GMP Accubase™ Protein

GMP AccuBase Cytosine Base Editor delivers high efficiency and fidelity, ensuring precise genetic modifications with minimal off-target activity. Manufactured under stringent cGMP standards, AccuBase provides a safe and reliable solution for advancing clinical and commercial applications.

Product Specifications for Standard Enzymes

Gene Editor GMP SpCas9 Protein GMP AccuBase Protein
Origin E. coli E. coli
Concentration 10.0 mg/ml 10.0 mg/ml
Fill Volume (mL) 0.3 0.1
Storage Buffer 30 mM Tris, pH 7.4, 300 mM NaCl, 50% Glycerol, 0.1 mM EDTA 30 mM Tris, pH 8.0, 300 mM NaCl, 1 mM DTT, 0.1 mM EDTA, 50% Glycerol
Storage Recommended storage at -20±5°C. Avoid repeated freeze-thaw cycles Recommended storage at -80±10°C. Avoid repeated freeze-thaw cycles
Stability At storage temperature of -20±5°C, the shelf life is 18 months from the manufacturing date. At storage temperature of -80±10°C, the shelf life is 2 years from the manufacturing date.
Shipping Shipped with dry ice package and temperature sensor tracking. Shipped with dry ice package and temperature sensor tracking.

GMP Manufacturing Quality

GMP Gene Editors
Regulatory Compliance Complies with FDA and ICH cGMP regulations including Chemistry, Manufacturing and Controls (CMC) for gene editing components used in cell and gene therapies
Quality Management System

ISO 13485

21 CFR part 210/211

ICH Q5, ICH Q7, ICH Q9, ICH Q10

Raw Material Source

Qualified and QA approved vendors

Traceable under QMS

Material Oversight by QA

QC Identify Testing

Validated Cleaning Process Yes
Manufacturing Space GMP suites segregated for manufacturing steps
Upstream:
  • Class D certified clean room with temperature and humidity control/monitoring and monthly EM
Purification and Finish:
  • Class C certified clean room with temperature and humidity control/monitoring for purification
  • Isolator/Class A under Class C background for sterile fill and finish
Delivered Documentation

Certificate of Analysis

Certificate of Conformance with TSE/BSE statement

Regulatory Services

In complement with GMP sgRNAs and nucleases, Synthego provides pre- and post-IND/IMPD regulatory expertise and support, including translating feedback from the regulatory bodies, as well as authoring the relevant gRNA CMC sections, referencing our Drug Master File (DMF) for convenient and comprehensive IND/IMPD submission.

Learn more about Synthego’s Regulatory Expertise and Support

Performance Data

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GMP SpCas9 High Editing Efficacy in Multiple Cell Types

Gene knockout efficiency was analyzed in nucleofected 293T, Jurkat, and primary T cells using TIDE analysis. Results show >85% editing efficacy across all three cell types, comparable to a leading supplier.

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GMP SpCas9 Nuclease High In Vitro Cleavage Activity and Batch-to-Batch Consistency

Every batch of GMP SpCas9 activity is assessed using an in vitro cleavage assay. The results indicate that the activity of three different batches (Lots 1-3) exceeds 85% and is consistent across different batches.

GMP SpCas9 High Purity

GMP SpCas9 purity assessed by Tris-Bis-PAGE against a reference standard (RS). The results indicate the purity exceeds 95%.

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GMP SpCas9 is Stable over 18 Months

Long-term stability data (0-18 months) of three batches of GMP SpCas9 nuclease shows high stability and batch-to-batch consistency. As shown in the figure, purity remains higher than 95% (by RP-HPLC and SEC-HPLC) over 18 months. Additionally, the in vitro cleavage activity shows that the product maintains high activity over 18 months, with no obvious downward trend.

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