Cell IDx, in collaboration with the University of Chicago, presented a poster at the recent AACR 2017 meeting in Washington, DC, demonstrating that UltraPlex analysis of serial tissue sections from HPV-positive and -negative head and neck squamous cell carcinoma (HNSCC) tissue microarrays permits excellent immune profiling of patient samples. This together with analysis of clinical data provides a powerful tool for correlation of “Immune Signature” with patient outcome. Please feel free to download the poster and contact us with any questions regarding UltraPlex profiling.
Cell IDx in collaboration with Bio-Techne announces the publication of a chapter titled “Hapten-Anti-Hapten Technique for Two-Color IHC Detection of Phosphorylated EGFR and H2AX Using Primary Antibodies Raised in the Same Host Species” in Signal Transduction Immunohistochemistry, Volume 1554 of Methods of Molecular Biology. (PUBMED). The work demonstrates the simultaneous detection of EGFR and H2AX in A431 human epidermoid carcinoma cells using Cell IDx’s proprietary hapten/high affinity anti-hapten antibody technology. This work further expands the utility of the Cell IDx UltraPlex technology for use in ICC. Further work expanding the number of biomarkers simultaneously detected in a single assay is planned.
Cell IDx is pleased to announce a collaboration with Dental School at the University of Minnesota to develop an UltraPlex mxIF panel to detect 4 biomarkers on archival tissues from patients with Temporomandibular Joint Disorder (TMJD). This project is funded by Delta Dental of Minnesota and is aimed at finding novel tissue biomarkers of TMJD and correlating the data with disease and treatment outcome. “We very much look forward to working with the University of Minnesota Dental School to advance our technology from development to translation into the clinic,” David Schwartz, CEO/CSO, Cell IDx.
Multiplex profiling of squamous cell carcinoma of the head and neck using tumor phenotyping and immune subset panels on serial sections provides a powerful tool for full characterization of immune infiltration of the the tumor microenvironment. If we missed you at the conference, feel free to download our poster and contact us about using these or other panels in your research.
Now you can! Each Cell IDx kit is designed to label 100µg of antibody with an optimal number of fluors, enzyme, or biotin molecules, yielding a pure, high quality product. And with Cell IDx products, you can avoid the disappointment in results common with other companies’ kits. Ask for one of our sample kits and see for yourself! Order three kits, Mix ’n’ Match, and save money.
Please visit us at the upcoming AACR meeting in New Orleans, April 16-20th, 2016. On Tuesday April 19th from 1-5pm, Dr Helen Snyder will present a poster featuring our UltraPlex PLUS technology, entitled “Rapid 5-marker multiplex phenotyping of breast cancer subtypes & tumor infiltrating leukocytes in situ in FFPE sections.” If you would like to get together during the conference, please contact us at email@example.com and we would be delighted to set up a meeting. Find us at the Ernest N. Morial Convention center, Session Title “Circulating Biomarkers/Immune Biomarkers,” Halls G-J, Poster Session 23, Poster #3949.
Cell IDx has been awarded a Direct to Phase II NCI contract entitled “Development of a Multi-Panel Multiplex Immunofluorescence Breast Cancer Immunophenotyping Assay.” Dr David Schwartz, Cell IDx CSO, comments “the awarding of this grant validates our first-in-its-class Multiplex Immunofluorescence (mxIF) technology. This technology satisfies a significant unmet need in immunohistochemistry allowing the sensitive and specific detection and quantification of multiple biomarkers on a single tissue. This grant will allow us to further expand our technology to higher multiplexing and advance it to the clinic.”
Cell IDx is pleased to be awarded the Biocom Scholarship to present its first-in-class UltraPlex mxIF Immunofluorescence Technology in the Innovation Showcase at the AdvaMed 2015 Partnering Conference (www.advamed2015.com) in San Diego, Oct 5-7.
If you are attending and would like to schedule a meeting with Cell IDx please contact us.
Cell IDx will soon release our high-sensitivity, low background, prediluted UltraPolymer secondaries in an AP labeled format. See our HRP/AP Gallery for examples of staining of breast cancer tissue. Contact us for additional information.
Cell IDx’s multiplex immunofluorescence, breakthrough technology has solved the problem that has been perplexing histologists for decades — the ability to detect multiple markers on a single tissue!
The left panel consists of directly labeled anti-ER (blue), PR (green) and HER2 (red) antibodies. The right panel consists of anti-ER (blue), PR (green) and HER2 (red) antibodies detected using UltraPlex reagents.
Cell IDx’s UltraPlex technology provides the freedom to create multiplex IHC panels with vivid staining and without antibody species restriction. See our Multiplex Gallery.
Have you ever imagined how different your research capabilities would be if you could get multiple marker, flow-cytometry quality data on cells while also identifying their localization in tissue sections? Cell IDx has the solution!
Multiplex IHC has, in the past, been mired in difficulties:
As shown above, UltraPlex technology provides the same flexibility to detect markers that you would get using primary antibodies but provides 3-4X brighter fluorescence.
Contact us for more information.
David Schwartz, CEO/CSO, of Cell IDx will be attending the AACR in Philadelphia from Sunday, April 19th to Wednesday, April 22nd. If you are interested in setting up a meeting with him, please email us at firstname.lastname@example.org.
Cell IDx and ImmunoReagents Inc. (www.immunoreagents.com) will be announcing the new distribution by ImmunoReagents of Cell_IDx’s high sensitivity and specificity UltraPolymer Secondary Antibody-HRP polymers for IHC. Please look for Dr Schwartz at the ImmunoReagents booth in the AACR exposition or contact him directly at email@example.com
High sensitivity and specificity are the hallmarks of any immunodetection reagent. The development of secondary antibody-HRP polymers was a major step forward to increase sensitivity and specificity of IHC immunoperoxidase-based staining. These reagents also reduced the number of steps and significantly shortened the time required to stain tissues. However commercially available secondary antibody-HRP polymers produce widely disparate images with respect to sensitivity and specificity.
Cell IDx introduces our UltraPolymer Secondary Antibody-HRP Polymers that produce images with equal or greater sensitivity and specificity compared to clinically used polymers. The image below compares Cell IDx anti-mouse and anti-rabbit secondary antibody-HRP polymers to both Dako and Biocare’s polymers. If you are interested in comparing our UltraPolymers to the HRP polymer you are currently using, please let us know.
We welcome any suggestions for other high sensitivity peroxidase reagents to evaluate by comparison. We want to prove that we offer the most sensitive, most specific, and most cost-effective peroxidase conjugates you can buy!
Staining of ER+ PR+ Ki-67+ breast carcinoma sections using anti-ER and anti-PR rabbit monoclonal antibodies and anti-Ki-67 mouse monoclonal antibody and detecting using either Cell_IDx’s UltraPolymer Secondary Antibody-HRP polymers or Biocare’s Mach4 or Dako’s Envision + staining systems. Click for more detailed staining protocol and image.
Cell IDx is a privately held biotechnology company committed to developing highly sensitive and specific reagents for research and clinical immunohistochemistry and other immunoassays. In many next generation assays the last ‘piece of the puzzle’ is new reagents that not only detect their target with greater sensitivity and specificity but also satisfy the need to detect multiple targets simultaneously, i.e., multiplexing. Creating those reagents is our mission.
Cell IDx is excited to introduce our platform UltraPlex multiplexing technology that allows use of antibodies from a single species for detection of 3 or more targets on a single tissue. We invite you to visit our Multiplex Immunohistochemistry page to learn more about our technology and how it can further your research, by providing data not previously accessible and providing it faster.
With our expertise in bio-organic chemistry and assay development we have developed enzyme conjugates of equal or greater sensitivity to those currently on the market. Visit our UltraPolymer Enzyme product page for more information and our Gallery page for a variety of images obtained using our conjugates.
Cell IDx also offers custom conjugation services. We have over 50 years’ experience conjugating and immobilizing all biomolecules and surfaces with the highest yield while retaining biological activity. More information can be found at Custom Services.
Cell IDx will continue to strive to produce reagents and technologies that answer the present and future needs of the research and clinical markets. Please return to our website to be kept informed of new product launches and updates to our current catalog of products.