We expanded our pipelines with non-viral stable cell line generation
Learn more
We expanded our pipelines with non-viral stable cell line generation
Learn more
San Francisco Bay Area Genome Engineering & Antibody Discovery Solutions
At DuneX Biosciences, we harness cutting-edge CRISPR, Sleeping Beauty transposon engineering, and yeast display technologies to streamline your antibody and drug discovery workflows with speed, precision, and scalability.
At DuneX Biosciences, we harness cutting-edge CRISPR and yeast display technologies to streamline your antibody and drug discovery processes.
Your Trusted CRO in Biotech Research Excellence
DuneX Biosciences is a premier contract research organization specializing in genome-wide CRISPR screening and yeast display technologies.
Founded by seasoned scientists, we prioritize quality and innovative methodologies. Our services focus on antibody and drug discovery, leveraging advanced technologies that differentiate us in the biotech sector.
DuneX is recognized for its commitment to excellence and impactful research outcomes. With a dedicated team and state-of-the-art techniques, DuneX Biosciences leads the way in biotechnology research solutions.
Our Comprehensive Research Offerings

Non-Viral Stable Cell Line Engineering
Fast, virus-free stable cell line generation.
Using the Sleeping Beauty (SB100X/SB11) system, we deliver research-ready stable cell lines with consistent, long-term expression—without the long turnaround, safety concerns, or production bottlenecks of viral packaging.Ideal for hard-to-infect models and multi-gene constructs. Enabling faster project starts and more reliable downstream studies.

CRISPR Screening
Our CRISPR functional genomics platform uncovers gene dependencies, drug-sensitivity interactions, and phenotypic drivers at scale.
Genome-wide or focused sgRNA libraries (10⁵–10⁶ guides)
Drug-treated vs. control or fluorescence-based sorting workflows
NGS readout and hit analysis (MAGeCK / CRISPResso2)

Non-Viral Stable Cell Line Engineering
Fast, virus-free stable cell line generation.
Using the Sleeping Beauty (SB100X/SB11) system, we deliver research-ready stable cell lines with consistent, long-term expression—without the long turnaround, safety concerns, or production bottlenecks of viral packaging.Ideal for hard-to-infect models and multi-gene constructs. Enabling faster project starts and more reliable downstream studies.

CRISPR Screening
Our CRISPR functional genomics platform uncovers gene dependencies, drug-sensitivity interactions, and phenotypic drivers at scale.
Genome-wide or focused sgRNA libraries (10⁵–10⁶ guides)
Drug-treated vs. control or fluorescence-based sorting workflows
NGS readout and hit analysis (MAGeCK / CRISPResso2)

Non-Viral Stable Cell Line Engineering
Fast, virus-free stable cell line generation.
Using the Sleeping Beauty (SB100X/SB11) system, we deliver research-ready stable cell lines with consistent, long-term expression—without the long turnaround, safety concerns, or production bottlenecks of viral packaging.Ideal for hard-to-infect models and multi-gene constructs. Enabling faster project starts and more reliable downstream studies.

CRISPR Screening
Our CRISPR functional genomics platform uncovers gene dependencies, drug-sensitivity interactions, and phenotypic drivers at scale.
Genome-wide or focused sgRNA libraries (10⁵–10⁶ guides)
Drug-treated vs. control or fluorescence-based sorting workflows
NGS readout and hit analysis (MAGeCK / CRISPResso2)

Non-Viral Stable Cell Line Engineering
Fast, virus-free stable cell line generation.
Using the Sleeping Beauty (SB100X/SB11) system, we deliver research-ready stable cell lines with consistent, long-term expression—without the long turnaround, safety concerns, or production bottlenecks of viral packaging.Ideal for hard-to-infect models and multi-gene constructs. Enabling faster project starts and more reliable downstream studies.

CRISPR Screening
Our CRISPR functional genomics platform uncovers gene dependencies, drug-sensitivity interactions, and phenotypic drivers at scale.
Genome-wide or focused sgRNA libraries (10⁵–10⁶ guides)
Drug-treated vs. control or fluorescence-based sorting workflows
NGS readout and hit analysis (MAGeCK / CRISPResso2)
Why Choose DuneX Biosciences?
Leading Technology
Utilizing state-of-the-art CRISPR technologies
Utilizing state-of-the-art CRISPR technologies
Expert Team
Crafted by experienced scientists with vast knowledge.
Crafted by experienced scientists with vast knowledge.
Tailored Solutions
Customization to meet your unique research needs.
Customization to meet your unique research needs.
FAQ
1. What types of biological questions can your platforms address?
2. How do your stable cell line engineering methods differ from viral approaches?
3. What levels of quality control do you provide for engineered cell lines, antibody selections, and CRISPR screens?
4. Do you support custom assay development or non-standard cell models?
5. What sequencing and data-analysis pipelines do you use?
6. How reproducible are your workflows across replicates and projects?
7. What is the typical project initiation process?
1. What types of biological questions can your platforms address?
2. How do your stable cell line engineering methods differ from viral approaches?
3. What levels of quality control do you provide for engineered cell lines, antibody selections, and CRISPR screens?
4. Do you support custom assay development or non-standard cell models?
5. What sequencing and data-analysis pipelines do you use?
6. How reproducible are your workflows across replicates and projects?
7. What is the typical project initiation process?
1. What types of biological questions can your platforms address?
2. How do your stable cell line engineering methods differ from viral approaches?
3. What levels of quality control do you provide for engineered cell lines, antibody selections, and CRISPR screens?
4. Do you support custom assay development or non-standard cell models?
5. What sequencing and data-analysis pipelines do you use?
6. How reproducible are your workflows across replicates and projects?
7. What is the typical project initiation process?

Copyright © 2025 DuneX Biosciences. All rights reserved. | +1-(415).463.0365 | info@dunexbio.com | 25801 Industrial Blvd Suite 100, Hayward, CA 94545

Copyright © 2025 DuneX Biosciences.
All rights reserved.
+1-(415).463.0365 | info@dunexbio.com |
25801 Industrial Blvd Suite 100, Hayward, CA 94545

Copyright © 2025 DuneX Biosciences. All rights reserved. | +1-(415).463.0365 | info@dunexbio.com |
25801 Industrial Blvd Suite 100, Hayward, CA 94545

