Fluorescent in situ Hybridization Services

Utilize the power of fluorescence in situ hybridization (FISH) to detect chromosomal abnormalities in their spatial context or use RNA in situ hybridization (ISH) to visualize and localize gene expression in tumor samples. Fast track your time to result with our comprehensive experience and exceptional customer service.

Work with FISH Experts

Our team has extensive expertise in developing and optimizing FISH workflows to visualize either DNA or RNA saving you time and money.

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FISH Services Options

Detect cytogenetic changes captured at the single cell level. We have pre-designed FISH probes available for your next project, and we can also provide custom FISH probe designs.

ISH Service Capabilities

Benefit from high sensitivity and specificity with our spatial gene expression services. Visualize gene expression patterns in tissues and cells to better understand the impact of changes detected.

Flexible Sample Types

Our FISH service accepts a variety of sample types. Formalin-fixed paraffin-embedded tissues are the most common type we process, but we can also handle tissues, cell lines, and slides.

Oncology-Focused FISH

Disease-specific gene rearrangements can be detected using FISH probes. We have numerous probes to screen tumor samples for gain or loss of individual loci and specific chromosomal changes.

How Our Service Works

Our fluorescence in situ hybridization service offers a broad menu of FISH tests for solid tumors and can provide routine and custom FISH assay development, optimization, and validation. We use the BioView Allegro™ fluorescent imaging system to facilitate seamless capture and transfer of images.

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Reach Out to Us

Tell us about your project, including your sample types and the FISH or ISH probes you require.

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Send Us Your Samples

Send us your tissue samples for processing.

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We Do the Work

We run the experiments and send your data directly to you.

Use Pre-Designed FISH Probes Targeting Solid Tumors

We offer a broad selection of pre-designed FISH probes targeting genes and chromosomal regions associated with cancer. Common solid tumors associated with specific genetic alterations include breast cancer, lung cancer, colorectal cancer, prostate cancer, and ovarian cancer.

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Custom Assay Development

Unleash the potential of your research using fluorescent in situ hybridization assays. Work with us to design, develop, and validate novel FISH or ISH assays using probes created specifically for your project. We have expertise in developing custom FISH probes, including QC and performance validation with protocol optimization for every new assay.

Save time and money on your FISH assays.

Our talented team has extensive expertise in FISH techniques, accelerating the turnaround time for your next fluorescent in situ hybridization project. Outsourcing your next FISH experiment will save you time and costs on your next project.

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Featured Resources

Brochure

Canopy Multiomic Services Brochure

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Frequently Asked Questions

Still have questions?