Why Measure Cytokines
Cytokines function as the immune system’s communication network, coordinating inflammatory responses, infection defense, tissue healing, and immune balance. Measuring cytokines provides insight into immune activity at the signaling level rather than simply detecting the presence of inflammation. This deeper level of analysis can help identify cytokine dysregulation associated with autoimmune disease, severe infections, cancer-related immune activity, and systemic inflammatory responses.
Why It Matters
The Cytokine Panel provides an advanced molecular-level assessment of immune signaling activity by measuring cytokines involved in inflammation, antiviral defense, immune regulation, tissue repair, and cellular communication. Unlike standard inflammatory testing, this panel identifies which immune pathways are actively driving disease processes, helping physicians better understand the underlying biology of complex conditions and monitor immune response with greater precision.
Who Should Get It
Recommended for patients with autoimmune disease, chronic inflammatory conditions, infectious disease monitoring, oncology immune profiling, unexplained immune dysfunction, or individuals participating in clinical biomarker studies. It is also valuable in concierge and precision medicine settings requiring deeper immune system evaluation.
How This Panel Is Used
Physicians use the Cytokine Panel to evaluate immune signaling pathways, monitor autoimmune disease activity, assess infection severity, identify cytokine storm risk, evaluate treatment response, and support biomarker-driven clinical research. It is commonly used in immunology, oncology, infectious disease, and precision medicine applications.
What’s Included
This panel includes cytokines and immune signaling markers across multiple functional categories, including interferons, interleukins, chemokines, growth factors, tumor necrosis factors, inflammatory proteins, and apoptosis-related markers. Together, these biomarkers provide a broad molecular profile of immune system communication and inflammatory pathway activity.