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Product summary

  • Labels          
  • Product code Various
  • Regulatory status Analyte Specific Reagent. Analytical and performance characteristics are not established. Laboratories must undertake all appropriate validation of any LDT, as per the CLIA Regulations. Custom probes are specifically developed for individual customers’ ANALYTE SPECIFIC REAGENT (ASR) requirements. Therefore, prior to any future ordering of these probes, users should review the design of such probes to confirm they are suitable for their requirements.
Cytocell Myprobes Catalogue Probe Packaging With Amber Tube
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Overview Product documentation Customer feedback

Overview

Custom FISH Probes designed to your specifications

myProbes® is a custom design and manufacture service that provides unique fluorescence in situ hybridization (FISH) probes using the BAC-2- FISH™ process. This process utilizes CytoCell’s proprietary BAC clone collection containing >220,000 clones to produce fully quality-assured custom FISH probes for virtually any sequence in the entire human genome. Over 2,000 myProbes projects have been completed since 2010.

Based on your specific interests and research, custom FISH probes may range from a simple catalog probe modification to a truly unique product.

CytoCell offers expert consultation from start to finish on your project. Contact us to learn more.

  • Step 1. Select the gene/target of interest
  • Step 2. Specify the sample type(s)
  • Step 3. Specify the probe strategy required
  • Step 4. Choose the color

All custom myProbes are tested on your specific sample type (when available) to ensure reproducibility. Our process and quality assurances are designed to produce high-quality probes and accurate results.

Fluorescence in situ hybridisation (FISH) microscope image of a probe developed using the CytoCell myProbes custom service.

Microscope image

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Fluorescence in situ hybridisation (FISH) microscope image of a probe developed using the CytoCell myProbes custom service.

Microscope image

Expand image.
Fluorescence in situ hybridisation (FISH) microscope image of a probe developed using the CytoCell myProbes custom service.

Microscope image

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Product documentation

What our customers say about CytoCell myProbes custom FISH probe service...

We have used the CytoCell myProbes custom probe design service and found the process, pricing, turnaround time and support to be extremely good.

Elizabeth Benner, Medical Technologist, University of Arizona Health Network, USA.

Elizabeth Benner

Medical Technologist, University of Arizona Health Network, USA

I have been working with CytoCell for more than four years. They have designed and developed three successful customized triple colour FISH probes for us; SPAG5/HER2/Ch17, MDM2/TROAP/Ch12 and HER3/CDK4/Ch12. They produced high quality, consistent probes with bright signals. The production and delivery was very quick. The customer service and management teams were highly professional and offered excellent pre and post-sale services. They efficiently communicated and engaged with our laboratory team in every step of the staining process to sort out any obstacles and provide valuable advice to ensure smooth process and high quality signals and easy scoring.

Tarek Abdel Fatah, Clinical Senior Research Scientist and Scientific Lead, Nottingham University Hospital, UK.

Tarek Abdel-Fatah

Clinical Senior Research Scientist and Scientific Lead, Nottingham University Hospital, UK

Working with them to create a custom probe was really easy, and they designed exactly what we wanted. The custom probe is now our standard probe for BCR/ABL1 FISH analysis.

Bridget Manasse, Addenbrooke's Hospital, Cambridge University Hospitals NHS Foundation Trust, UK.

Bridget Manasse

Addenbrookes Hospital, Cambridge University Hosiptals NHS Foundation Trust, UK

We decided to try the CytoCell TGFBR3 custom probe after struggling to get a satisfactory analysis with a TGFBR3 probe from a different manufacturer. The CytoCell probe has a far superior quality, with bright, clear signals. The hybridization time with the other probe was 48-72 hours. However, the CytoCell probe hybridizes overnight, which facilitates a much faster turnaround time.

Paul Roberts

Consultant Scientist, Leeds Genetics Laboratory, UK

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