The Influence of Inflammation on Mental HealthRead More
Machine learning and infectious disease: how we can better understand vaccine efficacy at the patient levelRead More
The intestinal stem cell response Investigating transcriptomic changes at the microscale levelRead More
DNA Fingerprinting at a Genetics BiorepositoryRead More
Check out this library of recorded seminars and webinars to learn more about how CyTOF® and microfluidics technologies can accelerate your research.
Learn about methods, applications and research discoveries from well-established investigators in the fields of immunology, cancer immunotherapy, drug discovery, vaccine development and infectious disease.
These three selected seminars highlight how immuno-oncology investigations can be done using Imaging Mass Cytometry™ (IMC™). Each seminar is about 30 minutes long and provides a different story for how IMC has been included as a key component in immuno-oncology research.
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Kurt Schalper discusses how his lab uses IMC as a way to open new opportunities for biomarker discovery and analysis of targets that can lead to patient selection for immunotherapy. |
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Akil Merchant describes how his group uses IMC to investigate tertiary lymphoid structure and analyze immune cells within the tumor microenvironment. |
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Bernd Bodenmiller talks about the use of IMC to assess cell-to-cell interactions and phenotypes in the tissue ecosystem as a step to advance precision medicine and revolutionize disease treatment. |
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Read articles that discuss how IMC is used in immuno-oncology research or download the Hyperion Imaging System brochure.
Complete the form below to stay up to date on Hyperion Imaging System antibodies, protocols and other developments.
* You may withdraw your consent anytime in every email you will receive from us.
To learn more about how we use your information, read our Privacy Policy.
Fluidigm Products are for Research Use Only. Not for use in diagnostic procedures.
These three selected pieces highlight how immuno-oncology investigations can be done using Imaging Mass Cytometry™ (IMC™). In less than five minutes you can read any one of these articles and learn how IMC can be a key component in immuno-oncology research.
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Learn from researchers Kurt Schalper and Akil Merchant how IMC is furthering their research in this article on highly multiplexed imaging in immuno-oncology. |
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Learn in this application note how Imaging Mass Cytometry was applied to a human lung carcinoma sample. |
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Read an interview with Bernd Bodenmiller on how he views Imaging Mass Cytometry as one way to get past obstacles in immuno-oncology research. |
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Watch seminars that offer insights on IMC in immuno-oncology research or download the Hyperion Imaging System brochure.
Complete the form below to stay up to date on Hyperion Imaging System antibodies, protocols and other developments.
* You may withdraw your consent anytime in every email you will receive from us.
To learn more about how we use your information, read our Privacy Policy.
Fluidigm Products are for Research Use Only. Not for use in diagnostic procedures.
Imaging Mass Cytometry™ performed on the Hyperion™ Imaging System empowers simultaneous imaging of up to 37 protein markers at subcellular resolution. Read stories from customers and learn about the growing Imaging Mass Cytometry community.
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Download the Hyperion Imaging System brochure to learn
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Fluidigm Products are for Research Use Only. Not for use in diagnostic procedures.
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Access Array™Get superior-quality library preparation and targeted sequencing with high throughput, low cost and minimal hands-on time. |
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AccuLift Laser Capture Microdissection SystemAccurate and gentle laser capture of tissue microenvironment down to a single cell, even from challenging tissues. |
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Biomark™ HDEfficiently perform genotyping, gene expression, copy number variation analysis and digital PCR with nanoscale reactions and automated assays. |
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C1™Characterize selected cell populations with high molecular detection sensitivity using a broad menu of multi-omic single-cell assays. |
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EP1™Scale to higher-throughput SNP genotyping and other endpoint applications with nanoscale efficiency. |
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NEW! Flow and mass cytometry sample prepFlow Conductor™ sample prep systemFully automated walkaway sample prep system with integrated centrifuge enhances your lab’s capacity and consistency. |
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Helios™, a CyTOF® systemDeeply profile cell phenotypes and functional states using CyTOF technology, all in a single tube. |
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Hyperion™ Imaging SystemComprehensively interrogate complex cellular phenotypes and their interrelationships in the context of the tissue microenvironment with Imaging Mass Cytometry™. |
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Juno™Increase productivity and efficiency with automated, cost-effective and easy-to-use workflows for targeted DNA next-generation sequencing (NGS) library preparation. |
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Polaris™Discover molecular mechanisms of cell function and response with time course dosing, imaging and molecular readout at single-cell resolution. |
We have listened to you and are making improvements to fluidigm.com to help you meet your goals. Here are just a few changes you can see today.
We have updated our site navigation to make it easier for you to find the information you need. If you can’t find something, please check out our frequently asked questions below.
Our new homepage provides easier access to key products and applications, customer stories, upcoming events and recent publications.
Available from the top of the homepage, you can read examples of how researchers are using Fluidigm products and services to uncover new health insights.
We’re looking for new team members! Come to the new careers page to see our current job openings.
Like what you see? Can’t find something you were looking for?
Tell us more at webadmin@fluidigm.com.
– The Fluidigm Team
Where can I find the search bar?
Click on the magnifying glass on the top of the homepage and the search bar will open.
Where can I find the catalog?
The reagents catalog can be accessed by clicking ORDER on the top of the homepage. The catalog can also be found under PRODUCTS > System Solutions.
Where can I find press releases?
Press releases are available under ABOUT US > Press and ABOUT US > Investors.
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T: +33 (0)1 60 92 42 40
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In the 1970s engineers discovered how the same principles that spawned the semiconductor industry could be applied to liquids in life sciences. Microfluidic devices could incorporate and miniaturize complex fluid-handling steps and enhance the reliability of workflows. Early efforts tried to use silicon to create microfluidic devices based on electro-osmotic flow, but they couldn’t regulate the mixing of fluids without complicated engineering that was difficult to reproduce for high-throughput applications.
In 1998 Stephen Quake, PhD, and his group at the California Institute of Technology developed a fabrication process called Multilayer Soft Lithography (MSL®) that solved the problem. MSL used a base material of rubber and a series of channels transected by control lines that, when pressurized, deflect to create an effective seal, similar to the effect of stepping on a garden hose. More importantly, the MSL material can be used to make structures so small that tens of thousands can be integrated into a dense network of channels for regulating solutions on a micro-, nano- or even picoliter scale. Christened the Nanoflex™, this elegantly simple valve is the foundation of our IFCs, which enable consistent, accurate, scalable and economical research across a variety of genomics and proteomics applications.
Simple yet efficient design defines the Nanoflex valve, a rubber membrane that deflects under pressure to pinch off the flow of fluids in a microchannel. The valve is made from two separate layers of elastomeric rubber formed in a micro-patterned mold. By bonding the layers together, the recesses form channels and chambers in a rubber chip we call an integrated fluidic circuit, or IFC.
When pressurized liquid flows through the channels in one layer of the chip, the rubber deflects precisely at the intersection of the channels in the bottom layer, creating a simple, effective valve. Although liquid-handling robots have afforded gains in productivity for the life science industry, their value diminishes as the demand for greater throughput grows. Because of their bulk, complexity and cost, robots can’t match the ease, density and cost-effectiveness of IFCs.
The Fluidigm CyTOF mass cytometry systems use a novel technological approach to enable single-cell researchers to dissect intracellular networks. Most biochemistry and molecular biology knowledge assumes that the average behavior of cells in a population reflects how all cells in the populations behave. However, this assumption doesn’t appear valid when studying biological systems. Researchers are finding that stochastic fluctuations in gene or protein expression by individual cells in an otherwise identical group can lead to major differences in their behavior.
Developed by Scott Tanner, PhD, and colleagues at the University of Toronto, mass cytometry replaces the fluorophores used in traditional flow cytometry with stable, highly quantitative metal tags that are attached to specific antibodies and quantified using high-resolution mass spectrometry. CyTOF uses stable isotopes not normally found in biological systems to label antibodies and detect and quantify more than 100 different parameters per cell.
Since the 1970s the leading technique for studying and sorting cell populations has been fluorescence-based flow cytometry, which involves passing cells through flow chambers at high rates and using lasers to excite differently colored fluorescent tags attached to different antibodies, enabling researchers to quantify molecules that define cell subtypes or reflect activation of specific pathways. But there’s a problem: spectral overlap between fluorochromes limits the resolution of flow cytometry and the amount of information scientists can collect from each cell. CyTOF technology tags antibodies with different metal isotopes not naturally found in biological systems, thereby eliminating overlap of signals. Plus, more than 100 different parameters can be simultaneously measured, allowing a much higher density of information to be gathered for each cell studied.
CyTOF technology provides a high-resolution proteomic profile of each cell, which distinguishes it from all other cells and reveals the heterogeneity of the sample. This gives a more comprehensive functional and phenotypic characterization of complex systems at the single-cell level, enabling scientists to interrogate rare cells in large populations.
Chris Linthwaite has been Chief Executive Officer of Fluidigm since October 2016.
Linthwaite has significant leadership experience across a broad range of life science businesses, including genomics tools, bioprocessing, forensics, agbio, and animal health testing. Prior to joining Fluidigm, Linthwaite served as President of the Genetic Sciences Division at Life Technologies, which was acquired by Thermo Fisher Scientific in 2014. Linthwaite has extensive experience building successful franchises in both life science research markets and a range of regulated environments. He has spearheaded numerous acquisitions and transformed business performance to drive growth.
Earlier in his career, he was in management consulting at two firms that are now part of PwC, and he co-founded a biomedical organization focused on early-stage technology commercialization. He served on the board of directors of pediatric genetic testing company Claritas Genomics.
As an armor officer in the American military, Linthwaite was stationed in Europe and served with distinction as part of the NATO-led Implementation Force conducting peacekeeping operations in Bosnia and Herzegovina.
He earned an MBA from the Darden School of Business at the University of Virginia as well as a BA in foreign affairs from UVA. Linthwaite served as a White House intern in the Office of Public Liaison and competed at the varsity level with the UVA wrestling team.
Vikram Jog has served as Chief Financial Officer since February 2008. From April 2005 to February 2008, he was Chief Financial Officer for XDx, Inc., a molecular diagnostics company. From March 2003 to April 2005, he was a Vice President of Applera Corporation and Vice President of Finance for its related businesses, Celera Genomics and Celera Diagnostics. From April 2001 to March 2003, he was Vice President of Finance for Celera Diagnostics and Corporate Controller of Applera Corporation. Jog holds a bachelor of commerce degree from Delhi University and an MBA from Temple University. He is a member of the American Institute of Certified Public Accountants.
Nick Khadder joined Fluidigm in June 2016 as Senior Vice President, General Counsel and Corporate Secretary. Prior to that he served as Senior Vice President, General Counsel and Corporate Secretary at Amyris, Inc., a Bay Area biotechnology company. Before joining Amyris, he served in senior counsel roles at LeapFrog Enterprises, Inc. and Protiviti Inc. from 2005 to 2010, and as a corporate attorney at Fenwick & West LLP from 1998 to 2005. Khadder received a BA from UC Berkeley and a JD from the UC Berkeley School of Law.
Colin McCracken has been Chief Commercial Officer of Fluidigm since March 2019. Prior to joining Fluidigm, McCracken was Vice President, Chromatography and Mass Spectrometry, EMEA, at Thermo Fisher Scientific. McCracken began his career in the medical devices space, later transitioning to a key account post with Bristol-Myers Squibb. Subsequently, he led major commercial operations in Europe for Invitrogen, Life Technologies and Thermo Fisher Scientific. McCracken is an honors graduate of the electrical and electronic engineering program at the University of Strathclyde in Glasgow.
Angela Peters is Chief Human Resources Officer for Fluidigm, having joined the company in July 2017. Peters has significant life sciences industry leadership experience in talent, organizational and cultural development. Prior to joining Fluidigm, she held senior human resources roles at such companies as Medivation, Thermo Fisher Scientific, and Life Technologies. She holds a BS in marketing and management from Notre Dame de Namur University.
Gene expression profiling of the tumor microenvironment has proven effective in measuring immune response during research in cancer progression and therapeutic response. Preconfigured quantitative PCR (qPCR) panels containing hundreds of gene targets represent a potential solution, but can require significant time and resources to implement in the laboratory and can be difficult to customize for specific experimental needs.
The Advanta™ IO Gene Expression Assay workflow was designed to meet this need, detecting 170 gene expression markers involved in checkpoint therapeutic response. Ideal for accelerating the identification of potential predictive biomarker signatures of checkpoint immunotherapeutic response, the Advanta IO Gene Expression Assay was developed in collaboration with leading researchers from academia and biopharma to provide the right balance of biomarker breadth, assay flexibility and workflow efficiency.
As an expanded workflow solution, we now offer an optimized Advanta FFPE RNA Extraction Kit, which produces high-quality RNA from precious tumor samples and improves the sensitivity of tumor transcript detection. As an added benefit, a synthetic template representing the amplification targets of all 170 genes is also available as a positive control. When using this new kit and control together with the Advanta IO Gene Expression Assay on the Biomark™ HD system, researchers can accurately assess 24 to 96 tumor samples at a time with high confidence and efficiency.
Completing the workflow, the GO Immuno-Oncology Workbench was developed by GenomOncology to provide powerful, flexible and intuitive analysis of immuno-oncology datasets. Now available from Fluidigm, the GO Immuno-Oncology Workbench enables researchers to unlock new clinical insights from translational immuno-oncology studies, including the identification of meaningful gene expression biomarkers that correlate with therapeutic response.
“The GO Immuno-Oncology Workbench is a powerful software tool that enables comprehensive analysis of immuno-oncology cohorts, integrating molecular and phenotypic data together with immuno-oncology-specific annotations to power translational studies,” said Manuel Glynias, CEO of GenomOncology. “We are excited to see the new insights uncovered using this comprehensive approach, which we we offer in conjunction with Fluidigm to empower the growing immuno-oncology community.”
“Fluidigm is the partner of choice within the immuno-oncology research community, enabling deep interrogation of the tumor microenvironment and immune response with mass cytometry,” said Chris Linthwaite, President and CEO of Fluidigm. “In partnership with GenomOncology, we are expanding our immuno-oncology gene expression offering to the cancer community with a full microfluidics-based workflow solution from RNA extraction to data analysis. By providing a comprehensive view of tumor immunity, utilizing microfluidics and mass cytometry technologies, we are empowering researchers to uncover unique health insights that could transform the future of cancer care.”
