Literature: Research Resources
Explore the data sets and resources most relevant to your research areas.
- Application Highlight
- Application Note
- Tech Note
Learn how IsoPlexis’ functional proteomics reveals unique secretomic signatures and insights into autoimmune inflammation
Learn how IsoPlexis’ functional proteomics reveals unique multi-omic signatures and insights into oncology
Learn how IsoPlexis’ functional proteomics reveals unique secretomic signatures and insights into Cancer Immunology
Learn how IsoPlexis’ functional proteomics reveals unique secretomic signatures and insights into CAR-T therapy
Learn how IsoPlexis’ functional proteomics reveal unique secretomic signatures and insights into neuroinflammation.
Learn how IsoPlexis’ functional proteomics reveal unique secretomic signatures and insights into cellular and regenerative medicine.
In this GEN hosted roundtable, five leading researchers share their views and strategies on infectious disease research and vaccine development.
Learn how this workflow generated highly multiplexed population cytokine data and served as a guideline for running COVID-19 patient plasma and cerebrospinal fluid (CSF) samples using the CodePlex Secretome solution.
Infectious Disease: Breakthroughs in Developing Vaccines, Protective Immune Monitoring, & Measuring Toxicity with Functional Proteomics
Learn how the IsoLight system provides a solution for the single cell and accelerated population level functional proteomics required to overcome common challenges within the fields of infectious disease research, vaccine development, protective immune monitoring, and toxicity.
Explore technical and biological sources of variation and effects on single-cell cytokine secretion data on the IsoLight platform
Explore breakthroughs in developing vaccines, protective immune monitoring, and measuring toxicity
IsoPlexis’ Single-Cell Innate Immune solution is helping researchers detect functional cellular differences that correlate to immune modulation
Run an entire highly multiplexed ELISA workflow in a completely automated manner with CodePlex Secretome for the IsoLight system
Learn how to perform replicates with the fully automated IsoLight System
Single-Cell Functional Proteomics Accelerates Immunotherapy Development Opportunities from Pre-Clinical to Clinical Stages
Learn how powerful polyfunctional cells reveal unique correlates.
Understand the power of T-cell polyfunctionality and how single cell proteomics data drive CAR-T cell therapy research and development
Explore the automated sample quality metric using IsoQ Score in IsoSpeak software
Learn how using Single-Cell PSI™ can help you reveal mechanism in the Tumor Microenvironment.
See how PSI corelates with objective response across cancer immunotherapies and is accelerating discovery and development.
Download the brochure to learn more about the Award-Winning IsoLight system and discover the benefits of Precision Profiling™
Access the Breadth of Sample Preparation Protocols to Awaken True Functional Immune Biology
Hear from industry pioneers on how PSI can help you advance Lead Discovery, Bioprocess Optimization, and Biomarker Development for your therapeutic products.
Discover the challenges in neuroinflammation, how autoimmune reactions are implicated in immunotherapy, and how you can identify drivers of immune response with PSI.
Discover the Immunotherapy Funnel & PSI's Contribution for Accelerating Discovery & Development.
Roundtable: Quality and Polyfunctionality in Cell Therapy Development can Broaden Therapeutic Options
Sit in with industry leaders to learn why there is a need to define best practices and improve quality management in Immunotherapy. This expert panel discussion was featured in the GEN Supplement: Immunotherapy Pipeline.
Learn how you can make the most of the IsoLight by referencing to data-backed sample preparation protocols.
Learn how to ensure that your enrichment, stimulation and labeling will allow you to get physiologically relevant in vivo data right away.
Learn how PSI can help you discover and reveal the key potent cell subsets that correlate to in vivo outcome in cell therapy throughout discovery and development.
Learn how PSI can help you characterize critical functional subsets of innate immune cells in multiple sclerosis patients to understand novel targets and advance therapy development.
Learn how PSI can help you reveal functional immune-tumor interaction and mechanism of therapy to advise lead choice.