Standard BioTools
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Quick start your immunophenotyping study with one of our new, ready-to-use cytometry panels, optimized for fresh or fixed whole blood and PBMC – with the flexibility to preserve and store samples as needed, and a customizable approach to easily add antibodies of interest.Learn how these immune profiling panels conserve cell population integrity when used with whole blood stabilization reagents in three different workflows in our #appnote: https://lnkd.in/gqsSPVSq#immuneprofiling #cytometry #cellbiology
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Standard BioTools
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We’d like to share a new article in Nature Portfolio’s Communications Biology, led by Precision Vaccines Program researchers Drs. Simone Schüller, Soumik Barman, Ofer Levy, MD PhD and David Dowling, Ph.D., that characterizes adjuvant-specific innate immune responses across the human lifespan using cutting-edge #CyTOF technology and computational approaches. The study could shed light on how age-specific immune responses affect vaccine efficacy and how to balance this using age-tailored vaccine adjuvants.Schüller and Barman et al. 2024: https://lnkd.in/g5yjJtZW
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See AlsoHydrophilic interaction chromatography (HILIC) for … interaction chromatography (HILIC) ... conditions has been the use of ion-pairing ... Conclusion: HILIC is shown to be ... - [PDF Document]A Novel Clustering Algorithm Integrating Gershgorin Circle Theorem and Nonmaximum Suppression for Neural Spike Data AnalysisIf you are used to spending time working through the challenge of spectral overlap when designing a fluorescence flow cytometry panel, did you know you can leave all of that behind when designing a #CyTOF panel? Change or add in markers at any time, and don’t worry about affecting the rest of your panel…Thank you, Marina Malovichko, PhD, for your perspective!Watch this and other thoughts on using CyTOF® technology: https://lnkd.in/gsATmdQY
Panel design with CyTOF® https://www.youtube.com/
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Hello from Ghent! VIB #SpatialOmics24 is all about, you guessed it, #spatialbiology… and all of the latest spatial technologies that allow researchers to accurately map the role of each cell in a sample, which in turn, can help predict disease outcomes or immune response to a novel therapy.Imaging Mass Cytometry™ is one of these technologies, clearly defining areas in any tissue type ― including lung, bone marrow, colon and brain ― without background autofluorescence or spectral overlap. Hester Koppejan covered applications that benefit from this approach in today’s talk: High-plex whole slide spatial biology assays for clinical translational research powered by the Hyperion XTi™.More on the event: https://lnkd.in/etxs2CMkMore on #spatialbiology: https://lnkd.in/g8aHFdSF #clinicalresearch #immunology Roberto Spada Sandra D.
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Hello from Saint-Malo, where we are attending the Association Française d'Histotechnologie Congress. Thank you to Patrice HEMON, PhD, for his presentation on the application of Imaging Mass Cytometry™ in the field of #cancerresearch. He highlighted a study led by Marion Le Rochais at LBAI - B Lymphocytes, Autoimmunity and Immunotherapies - Inserm U1227, which shows how IMC™ can help to define biomarkers of prognostic and therapeutic importance, improve our understanding of cancer progression and its resistance mechanisms to the immune system and develop treatments directed against new therapeutic targets through the use of a 39-marker protein panel in colorectal cancer tissues. #translationalresearch #clinicalresearch David G. Aurélie Bouchareine
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Exciting cardiovascular research out of the University of Toronto demonstrates that macrophage-engineered human cardiac microtissues represent a considerably improved model for human heart development and reveal a major beneficial role for human primitive macrophages in enhancing early cardiac tissue function.The paper states that multidimensional #CyTOF analysis showed hESC-macrophages can reduce mitochondrial debris, increase ATP production and realign cardiomyocyte metabolism to approximate early fetal ventricular cardiomyocytes.Hamidzada, H. et al. Nature Cardiovascular Research (2024): https://lnkd.in/gtbWY8wd
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We are thrilled to be supporting the Translational Immunology School happening this week in Chiemsee, Germany. New technologies are helping us understand more complex biology, opening doors to applying what we’ve learned to the design of novel therapeutics.Whole slide tissue imaging using protein markers allows the visualization of the overall heterogeneity of a tissue sample, reveals structural variations across the sample and can assist in pinpointing a focus area of activity. Melissa Klug will be presenting this application in tomorrow’s talk: High-plex whole slide spatial biology assays for translational immuno-oncology research.More about the School: https://lnkd.in/gysFNdCVMore on #spatialbiology: https://lnkd.in/g8aHFdSF #translationalresearch #immunology
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Regular pathogen surveillance is key all year round as a method to help control outbreaks, with epidemiologically significant variants constantly emerging. qPCR is universally used to detect and quantify pathogens, but conventional methods are time consuming and labor-intensive when several pathogens must be detected in a short period, such as when rapid detection of a virus with multiple mutations is required. Take a look through these examples of how the simultaneous detection and quantification of a large number of pathogens using IFCs instead of microtiter plates can reduce cost, time, labor and reagents: https://lnkd.in/gKjBzxYy #wastewater #respiratoryviruses #foodborneillness #antimicrobialresistance
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Thank you to Jolanda Sarno, PhD, Junior Group Leader, Tettamanti Research Center, Fondazione IRCCS San Gerardo dei Tintori, for her excellent talk at the GIC Italian Cytometry Conference this week! She discussed how single-cell classification of B-cell precursor acute lymphoblastic #leukemia by #CyTOF reveals predictors of treatment resistance.We appreciate the interest and questions at the Standard BioTools booth about the ease of analyzing immune cells, intracellular cytokines, intracellular phosphoproteins, transcription factors and cell state simultaneously, and a big thanks to Paolo Santino, Glòria Martrus Zapater, Daniela Natale!
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Don’t miss it! Reserve your seat for this complimentary one-day event, including lunch and evening co*cktail and networking reception: https://lnkd.in/gX-qAvSUCelebrate with us, and take the opportunity to talk with leaders in the fields of immunology, biomedicine, pathology and more… as they discuss how single-cell technologies advance our understanding of disease using immune profiling, tissue mapping, functional analysis, biomarker identification and applied data analysis. See you in San Francisco on June 17!
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