Studying Inflammation, Neuroinflammation or Neurodegeneration?
The understanding of immune cell activation and complex cellular signaling cascades, involved in neuroinflammation and neurodegeneration, is facilitated by the quantification of biologically relevant, secreted chemokines and cytokines. This provides crucial information during basic research and drug development.
So reliable monitoring and characterization of neuroinflammatory protein release in healthy and diseased iPSC-derived models is required. Here is some help to accurately quantify secretion or abnormal production, of a diverse array of secreted proteins and cytokines.
Multiplexed Quantification of Secreted Protein Release in Inflammatory and Neuroinflammatory Models using HTS by Cytometry
This application note demonstrates how High-Throughput Screening (HTS) Cytometry, can be utilized to simultaneously quantify multiple secreted proteins in inflammatory and neuroinflammatory models. Thus providing help to advance understanding of immune cell activation and dysfunctional cellular signaling, for neuro drug development.
DownloadCharacterization of T Cell Activation and Function in Cancer Immunotherapy Using High-Throughput Cytometry
This application note demonstrates the value of using High-Throughput Screening Cytometry in conjunction with validated Human T Cell Activation Kits, to assess immune cell phenotype and function during the development of antibody-mediated and cell based cancer therapies using minimal sample volumes.
DownloadiQue 3 Brochure
The iQue® 3 HTS Cytometer is designed for high-throughput screening workflows. With a focus on speed and ease of use, it delivers high quality results in the time it takes to enjoy a coffee break. Featuring a patented sampling method, enables continuous plate loading through integration with any automation system.
DownloadiQue 5 Brochure
iQue® 5 Truly Fast. Simply Effortless. High-Throughput Screening (HTS) by Cytometry, recognized for effortless operation to empower every user. Provides our most powerful screening capabilities for modern applications, complete with enhanced software features and simplified extended operation for maximum data generation.
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