IMMUNE OS ATLASby Allerim

clinical pattern

Antiviral / Interferon Pattern

Interferon tone, NK/CD8 surveillance, macrophage activation, and exhaustion risk

infectionviralIFN-gammaCD8NK

Review layer

Last reviewed 2026-05-17

conceptualeducational

Systems teaching draft. Content is structured for education and graph expansion, with formal source tagging ready for the next review pass.

Provenance layer

External context

static reviewed map

Curated external IDs add pathway and protein context around Atlas content. They do not update the graph automatically and they are not patient-specific interpretation.

Interferon gamma signaling

R-HSA-877300 · exact

Last checked 2026-06-28

Interferon Signaling

R-HSA-913531 · parent pathway

Last checked 2026-06-28

Appears in response traces

Viral infection in airway tissueViral / intracellular pathogen - Mucosal airway Tumor immune surveillance and escapeCancer / transformed-cell surveillance - Tumor microenvironment

State signature

Systems profile

Inflammation52

Tolerance45

Metabolism54

Tissue62

Neuroimmune38

Chronicity78

System effects

Primary mapped axes from existing Atlas data.

Interpretive

Chronicity

High 78

Memory, priming, fibrosis, exhaustion, remodeling, or other time-dependent drift.

No direct axis cue is mapped for this node yet.

Tissue

Moderate 62

Organ, barrier, stromal, vascular, or local niche behavior.

lungmucosal lymphoidspleenCNS

Metabolism

Light 54

Energy allocation, glycolysis, mitochondrial strain, lipid signaling, or nutrient-sensitive behavior.

No direct axis cue is mapped for this node yet.

Pattern signature

Recognizable immune constellation

Signals

01

IFN-gamma

type I interferons

IL-12

CXCL10

TNF-alpha

Cells

02

dendritic cells

NK cells

CD8 T cells

TH1 cells

macrophages

Tissues

03

lung

mucosal lymphoid

spleen

CNS

Restraint

04

IL-10

Tregs

checkpoint pathways

antigen clearance

tissue repair programs

Graph neighborhood

Direct relationships

Antiviral / Interferon Pattern-associated-IFN-gamma

Context link: no causal arrow.

IFN-gamma anchors TH1, cytotoxic, macrophage-activating antiviral and intracellular pathogen programs

Antiviral / Interferon Pattern-associated-CD8 Cytotoxic T Cell

Context link: no causal arrow.

CD8 T cells execute cytotoxic containment and can enter exhaustion under chronic antigen load

Antiviral / Interferon Pattern-associated-TH1 Cell

Context link: no causal arrow.

TH1 help reinforces interferon tone and macrophage activation in intracellular pathogen states

Antiviral / Interferon Pattern-associated-Dendritic Cell

Context link: no causal arrow.

Dendritic cells translate nucleic-acid sensing into interferon and T-cell priming programs

Antiviral / Interferon Pattern-associated-Natural Killer Cell

Context link: no causal arrow.

NK cells bridge innate interferon biology and cytotoxic containment before full T-cell expansion

Pattern logic

Interpretation

Look for intracellular-pathogen pressure, interferon-driven sickness behavior, cytotoxic activation, lymphocyte trafficking, and chronic antigen states that may drift toward T-cell exhaustion.

Dominant Signals

IFN-gammatype I interferonsIL-12CXCL10TNF-alpha

Dominant Cells

dendritic cellsNK cellsCD8 T cellsTH1 cellsmacrophages

Tissue Context

lungmucosal lymphoidspleenCNS

Pathogen-class context

Do not read infection as one immune pattern.

Viral / intracellular infection

Nucleic-acid sensing drives type I interferon, NK activation, antigen presentation, CD8 expansion, and IFN-gamma macrophage activation.

Signals

type I interferonsIFN-gammaIL-12CXCL10

Cells

dendritic cellsNK cellsCD8 T cellsTH1 cells

Questions

Is this acute clearance or persistent antigen?Are cytopenias, transaminitis, or systemic symptoms present?Is exhaustion or immune suppression part of the context?

Pitfalls

High interferon tone is not virus-specificchronic activation can mimic autoimmunityimmune damage and pathogen burden can diverge

Prion / misfolded protein neuroimmune lens

Classical adaptive clearance is limited; the systems question is microglial activation, proteinopathy handling, neuroinflammation, and tissue degeneration rather than neutralization.

Signals

microglial activationIL-1betaTNF-alphacomplement tone

Cells

microgliaastrocyte-linked glial networksmacrophage-lineage cells

Questions

Is the syndrome neurodegenerative rather than inflammatory?Are exposure, genetics, and neurologic progression relevant?Is immune activation secondary to tissue injury?

Pitfalls

Do not frame prions like ordinary viral infectionantibody or neutrophil logic is usually not the main defense modelthis is specialist territory clinically

Counter Regulation

IL-10Tregscheckpoint pathwaysantigen clearancetissue repair programs