CRISPR Off-the-Shelf Library

Ready to Use — Rapidly Launch Your Genetic Screening Project

In life science research, time is competitive. GeneRulor's CRISPR Off-the-Shelf Libraries are pre-built, validated, and ready to ship — from order to experiment in 1-2 weeks.

1. What is a CRISPR Off-the-Shelf Library?

Pre-built, rigorously QC-tested sgRNA libraries ready for immediate use. Covering human and mouse genome-wide KO, CRISPRi, and CRISPRa, plus pathway sub-libraries. All NGS-validated for uniform coverage.

Figure 1 Comparison of CRISPR-KO, CRISPRi, and CRISPRa Libraries

2. Core Advantages of Off-the-Shelf Libraries

2.1 Ultra-Fast Delivery

• Library plasmid: Delivered in 1-2 weeks

• Lentiviral library: Delivered in 2-3 weeks

• Saves >75% waiting time vs. 6-8 weeks for custom libraries

2.2 Stringent Quality Assurance

Every batch undergoes:

• NGS deep sequencing: Uniform sgRNA distribution (Gini coefficient <0.2)

• Viral titer testing: Guaranteed ≥10^8 TU/mL

• Functional validation in standard cell lines

• Batch consistency testing for reliable inter-lot performance

2.3 Outstanding Cost-Effectiveness

• Scale production lowers per-unit cost

• No custom design fees

• Volume discounts for multi-library orders

• 30-50% lower total cost vs. custom libraries

2.4 Performance-Validated

• All libraries functionally validated in standard cell lines

• Essential gene detection rate >90%; false positive rate <5%

• Detailed validation report and quality certificate provided

• Technical support team available at all times

2.5 Flexible Options

• Genome-wide libraries: All protein-coding genes

• Sub-libraries: Kinases, transcription factors, epigenetic regulators, and more

• Multiple vector systems: lentiCRISPRv2, lentiGuide, and more

• Available as plasmid or virus

3. GeneRulor Off-the-Shelf Library Product Line

4. GeneRulor One-Stop Service Advantages

Choosing GeneRulor means high-quality products and comprehensive support:

4.1 Expert Technical Consultation

• Library selection advice

• Protocol design guidance

• Screening optimization

• Rapid technical support

4.2 Complete Reagent Support

• Control sgRNAs (non-targeting, essential gene controls)

• Cas9-stable cell line construction

• Antibiotic and reagent recommendations

4.3 Data Analysis Support

• Optional deep data analysis

• Results interpretation and support

4.4 Quality Commitment

• QC report with every batch

• Full NGS validation data disclosed

• Free redo if performance does not meet standards

• Full technical support

5. Ordering Process

• Consultation: Contact our team to find the right library

• Order: Specify format, quantity, and timeline

• Delivery: 1-3 weeks with full QC report

• Support: End-to-end from design to data analysis

6. Off-the-Shelf vs. Custom Libraries

How to Choose?

Choose an Off-the-Shelf Library if you:

• Need rapid project launch under tight timelines

• Working with standard model organisms (human, mouse)

• Screen targets the whole genome or major functional gene sets

• Prefer proven, validated libraries to minimize risk

• Budget-conscious and prioritizing cost-effectiveness

Choose a Custom Library if you:

• Studying non-model or special species

• Need a library targeting a specific gene set or mutation sites

• Integrating multiple CRISPR modalities

• Have special sgRNA or vector system requirements

Our team can help you choose the best approach. In many cases, an off-the-shelf library combined with a few custom sgRNAs offers both speed and flexibility.

7. Why Choose GeneRulor Off-the-Shelf Libraries?

7.1 Reliable Quality

• Rigorous NGS and functional validation

• Multi-batch consistency testing

• Detailed QC report

7.2 Fast Delivery

• 1-3 weeks, rush delivery in 1 week

• 75% less wait vs. custom libraries

7.3 High Value

• Scale production lowers costs

• No custom design fee

• 30-50% lower total cost

7.4 Comprehensive Service

• Postdoctoral team consultation

• Complete experimental protocol support

• Data analysis service

7.5 Proven Track Record

• Served hundreds of research projects

• 50+ high-impact publications supported

• Extensive experience

Partner with us to turn your ideas into high-quality research — from top publications to clinical translation.

References

[1] Doench, J. G., et al. (2016). Optimized sgRNA design to maximize activity and minimize off-target effects of CRISPR-Cas9. Nature Biotechnology, 34(2), 184-191.

[2] Sanson, K. R., et al. (2018). Optimized libraries for CRISPR-Cas9 genetic screens with multiple modalities. Nature Communications, 9(1), 5416.

[3] Wang, T., et al. (2014). Genetic screens in human cells using the CRISPR-Cas9 system. Science, 343(6166), 80-84.

[4] Shalem, O., et al. (2014). Genome-scale CRISPR-Cas9 knockout screening in human cells. Science, 343(6166), 84-87.