In-Stock Prime Editing Cell Lines & Precision Editing Services | EDITGENE

In-stock Prime Editing cell lines
In-stock Prime Editing cell lines

Used by academic, biotech, and pharmaceutical research teams worldwide.

  Why Choose EDITGENE for Prime Editing (PE)? 

Prime Editing success depends not only on the editor itself, but on system design, delivery strategy, and downstream validation.


EDITGENE’s BINGO™ Prime Editing Platform is designed to support precision gene editing and Prime Editing services with reproducible performance across multiple cell types.

Explore the BINGO™ Prime Editing Platform

  Our Advantages in Prime Editing  
1.  Systematic Design, Not Trial-and-Error 
Each Prime Editing project follows a structured design framework: 

● Target-specific pegRNA strategy 
● Editing window and sequence context evaluation 
● Risk assessment for efficiency and byproduct formation 

Reduces unnecessary iterations and shortens development timelines.
2.  Proven Across Multiple Cell Types 
Our Prime Editing workflows have been validated in: 

● Common immortalized cell lines 
● Cancer cell models 
● Hard-to-edit backgrounds 

Select feasible editing strategies early, improving project predictability. 
  Bingo™ Service Advantages  
Efficient editing system
Based on the PE7 gene editing strategy, the editing efficiency and homozygosity probability are greatly improved, which can effectively edit the difficult sites
Efficient pegRNA design algorithm system
The pegRNA design algorithm is exclusively developed with the editing efficiency of up to 100% without off-target events
Enhanced Cas9n-RT editing enzyme system
The optimized Cas9n-RT has stronger editing stability and activity
Efficient transfection system
The unique transfection system that is 10 times more efficient than traditional methods
Efficient single clone sorting technology
The 3D bioprinting technology assists in single clone sorting, the well-plate can fully be seeded with cells in 5 minutes and the cell survival rate is more than three times that of traditional methods. And each clone has an image to ensure it is a single clone
Technical support provided by experienced experts
With over 10 years of gene editing experience for simple and complex editing projects
  Accelerate Research Without Compromising Precision  

For many research programs, timelines and feasibilities are the primary bottleneck.

 

Our in-stock Prime Editing (PE) cell lines are pre-engineered and QC-validated, enabling immediate experimental deployment for precision gene editing studies.


What this means for your team:

 

Reduced project lead time
Faster experimental validation
Predictable delivery and documentation
Seamless integration into downstream workflows

Check out our PE in-stock page here 

  Ready-to-Use Prime Editing Cell Models  

Our in-stock PE cell lines are designed for projects that require speed, consistency, and clean genetic edits.


Key Features
● Prime Editing–based precise genomic modifications
● QC-verified genotypes
● Stable genetic backgrounds
● Ready for immediate shipmen

  Cell Line Applications  
Functional Genomics
● Validation of single-nucleotide variants (SNVs)
● Genotype–phenotype correlation studies
● Mechanistic analysis of gene function
Disease Modeling
● Precision modeling of pathogenic point mutations
● Oncology-relevant variant studies
● Rare disease research and mutation impact assessment
Drug Discovery & Target Validation
● Functional target validation
● Pathway interrogation under controlled genetic backgrounds
● Proof-of-concept studies for early discovery programs
Assay Development
● Stable genetic models for reproducible assays
● Cross-project and cross-site experimental consistency
● Stable genetic models for reproducible assays
 Designed for Research Teams With Defined Milestones 

Academic & Research Institutions
● Grant-driven projects
● Publication-focused studies
● Need for validated, reproducible genetic models


Biotech & Emerging Companies
● Time-sensitive discovery programs
● Early target validation and screening
● Resource-efficient experimental execution


Pharmaceutical & Translational Research Teams
● Standardized models across programs
● High requirements for QC and documentation
● Integration into established assay pipelines
 

When Your Project Requires a Custom Edit

For studies that require bespoke genetic modifications, our Prime Editing services provide precise, flexible solutions aligned with modern research demands.


Supported Use Cases


● Custom SNVs
● Small insertions or deletions
● Disease-relevant point mutations
● Clean edits without double-strand breaks


Each project undergoes technical feasibility assessment and is supported by documented QC deliverables.

 


During the current promotion period, we are offering:


● Preferential pricing on select in-stock PE cell lines
● Free technical evaluation for Prime Editing service inquiries
● Priority assessment for projects submitted during the campaign window


Offer valid for a limited time. Availability subject to stock and project scope.

 


   FAQ  
Gene knock-in plays a crucial role in drug development. It is used in target validation by introducing specific genes into cell lines or animal models to confirm drug target efficacy. It also aids in establishing disease models, testing drug efficacy and safety in these models, and supporting drug screening through high-throughput screening in knock-in cell lines to identify potential drug candidates. Additionally, gene knock-in helps uncover drug mechanisms, optimize drug structure, and improve dosing strategies, expediting drug development while enhancing efficacy and safety.
EDITGENE’s advantages in gene knock-in technology include: Guaranteed results: With 10 years of CRISPR gene editing experience and a team of PhDs from world-renowned institutions offering one-on-one support. High precision: EDITGENE’s optimized tools reduce off-target effects, enhancing editing accuracy. High efficiency: EDITGENE’s technology platform improves knock-in success rates, accelerating experimental progress. Customized service: Tailored knock-in solutions to meet specific research or therapeutic goals.
Gene knock-in technology involves inserting an exogenous gene sequence into a specific location within the genome for gene function studies. Edigene utilizes advanced gene editing tools, such as the CRISPR/Cas9 system, to guide nucleases to cut the target DNA, and employs homology-directed repair or non-homologous end joining to accurately insert the gene at the desired location, achieving efficient and precise gene knock-in.


 

 

In EDITGENE, we value




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coverage rate > 99%, uniformity < 10

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Library Plasmid

coverage rate > 99%, uniformity < 10

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Library Plasmid

coverage rate > 99%, uniformity < 10

$99
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