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Bio Reagents & Consumables
PhenoCode Discovery Panels
PhenoCode Discovery Panels
Overview
Introducing PhenoCode Discovery Panels designed for the ever-expanding biomarker universe to advance cancer research. Researchers can simplify end-to-end workflows for spatial discoveries with ready-to-use panels, on the PhenoCycler-Fusion platform.
- PhenoCode™ Discovery Immune Profiling Human Protein Core
- PhenoCode™ Discovery Tissue Architecture Human Protein Module
- PhenoCode™ Discovery Lymphocyte Profiling Human Protein Module
- PhenoCode™ Discovery Immune Activation and Proliferation Human Protein Module
Features
Relevant
Designed to answer the most critical and pertinent questions in spatial discovery
Scalable
Mix and match panels to increase plex and answer deeper biological questions
Ready-to-use
Conjugated and validated panels to accelerate your spatial research by 3X
Simplified
A simplified end-to-end workflow for spatial discoveries
What will you discover?
PhenoCode Discovery Panels enable thorough interrogation of the tumor and the surrounding tumor microenvironment. Each panel is meticulously designed with essential markers to answer key biological questions to accelerate your path from question to discovery.
What is your tumor immune phenotype?
Deciphering tumor immune biology begins with determining the status of the immune cells. The immune profiling panel serves as the core panel for spatial discoveries consisting of 15 critical immune protein biomarkers enabling you to characterize the immune system.
What is the origin of the tumor?
Knowing the origin of the tumor is essential in determining the type – epithelial or mesenchymal and the behavior of the tumor.
What are the mechanisms of immune surveillance against the tumor?
B-cells and T-cells play a crucial role in immune surveillance by recognizing and targeting tumor cells.
What are the mechanisms of immune activation and evasion in the tumor?
Finding new ways of understanding and characterizing immune escape and activation mechanisms of the tumor could lead to the development of new immunotherapies and enhance our understanding of cancer biology.
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| Features & Highlights | Kindly refer to the "Overview" tab. |
