FLUORESCENCE EXPERIMENT DESIGN PLATFORM

Search. Find. Design.

Increase the speed and quality of your research.

Experiment Design Platform

tools

Our tools simplify complex experiment design. With comprehensive antibody search combined with interactive instrument configurations and spectra viewers, researchers can save time, reduce errors, and design better experiments.

Flow Cytometry
Panel Design

Build multi color panels for cytometry experiment with pre-loaded instrument configurations and reagents from all suppliers.

START

Spectra
Viewer

Depict the emission of over 1,000 fluorochrome curves with spillover reports, product search, and interactive spectra viewer.

VIEW

Antibody
Search

Search millions of antibodies and design your experiments with integrated experiment design tools and features.

SEARCH

Fluorescent
Dye Database

Search fluorescent dyes by excitation and emission characteristics, optimal laser and filter sets, and common applications.

SEARCH

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Applications

FluoroFinder’s data-rich platform supports many different applications with easy-to-use tools, including:

FLOW CYTOMETRY

Use our tools and our extensive collection of fluorophores and antibodies from all suppliers to design your flow cytometry experiments.

Community

Research does not operate in a silo. It takes a community of like-minded individuals aiming for similar goals to turn data into innovation. FluoroFinder’s community spans from academics to industry scientists to core managers. Find your community to collaborate, analyze, and explore for a more well-rounded view of the data.

ACADEMIC

INDUSTRY

CORE MANAGERs

fluorofinder flow cytometry, experiment design platform

about

About FluoroFinder

FluoroFinder was born as a way of helping academia with flow cytometry panel design. Since these educational beginnings, we’ve expanded our platform to include information from hundreds of sources to give students and researchers different tools to design their experiments.

about us

COMPREHENSIVE SEARCH FOR COMPLEX EXPERIMENTS.

Thank you for providing an absolutely stellar service! In my book, FluoroFinder is the undisputed champion of online panel design and my most treasured tool for locating the antibodies that are actually available. Your attention to "simple", yet very useful details of the user interface (such as the pop-up spectra and on-the-fly spillover estimates) is appreciated.

Mikkel Steen Petersen, PhD MSc | Clinical Flow Cytometrist, Aarhus University Hospital

FluoroFinder is clearly becoming the gold-standard tool for flow cytometry panel design.

Howie Seay | Flow Core Manager, University of Florida

I have to say, this is fantastic. I’ve been playing with it for 5 minutes and already found a bunch of alternative antibodies for problem channels that I had no idea existed. I could literally have saved weeks of accumulated time trying to chase down antibodies over the past year.

Chris Plescia | Senior Scientist, Epizyme

FluoroFinder makes building flow cytometry panels ridiculously simple. They provide you with available antibodies that match your desired markers, allow you to pick colors that fit with your available lasers and save your panels for future reference. I use FluoroFinder every time I build a new panel.

Michelle Larson | Research Specialist, Loyola University

FluoroFinder has become part of my routine. It is user-friendly and instead of having to look for available commercial reagents, it provides them all! Even better, the panel can be personalized to be used for the machines of my institution. I would recommend it to everyone that uses flow cytometry.

Maria V. Guijarro | Postdoc Associate, University of Florida

The one time I did not use FluoroFinder to verify someone’s question I missed a mistake!

Victoria Smith | Flow Core Manager, University of Nebraska Medical Center

FluoroFinder has been a great way to boost our consultations and learn more about our investigators’ research.

Brandon Saxton | Flow Core Manager, Baylor College of Medicine

I am effectively the facility manager for multiple sites and I also run quite a few theory training courses each year. As part of these courses I teach panel design, and yours is by far the best and easiest way to do that, so I tell all of my trainees about it!

Dr. Graham Bottley Trainer/Facility Manager, InCytometry

The service really helps me help our customers without taking a lot of time. I can send them to the website and they can build their own panels with quick success. I also send our customers who just want to find out if there is a manufacturer of conjugated antibodies for their particular target.

Christine Childs | Senior Professional Research Assistant, University of Colorado, Cancer Center Flow Cytometry Shared Resource

The service really helps me help our customers without taking a lot of time. I can send them to the website and they can build their own panels with quick success. I also send our customers who just want to find out if there is a manufacturer of conjugated antibodies for their particular target.

Christine Childs | Senior Professional Research Assistant, University of Colorado, Cancer Center Flow Cytometry Shared Resource

ARTICLES

We explore interesting tool uses, industry applications, and current trends in our regularly-updated blog.

Newsletter: Spectral Flow Cytometry

The recent publication of a 43 color panel for the characterization of Peripheral Blood Mononuclear Cells (PBMC) is yet another example of the multiplexing potential of spectral flow cytometry. The technology, first demonstrated by Dr. Paul Robinson at Purdue...

Newsletter: Reducing Background Signal with Recombinant Antibodies

Enhance the quality of your flow cytometry data by using recombinant antibodies Recombinant antibodies have many advantages over conventional antibody reagents. These include exceptional batch-to-batch reproducibility, highly scalable in vitro production, and the...

Newsletter: Fluorophores for Super-Resolution Microscopy

Breaking through the diffraction barrier for deeper biological insights Super-resolution microscopy (SRM) improves conventional fluorescence microscopy by achieving higher resolution. It enables fine mapping of structures such as microtubule protofilaments,...