The biology of innate lymphoid cells

Citation

Verified title: The biology of innate lymphoid cells
Publication year: 2015
DOI: 10.1038/nature14189
Metadata source: crossref-doi (confidence: high)
Original local title: The biology of innate lymphoid cells

Ingest Mode

Mode: focused manual crystallization mode
Meaning: this source page has been manually reviewed for the adaptive-immunity follow-up question, including model system, tissue compartment, immune-cell target, assay directness, and claim-level boundaries.
Required boundary: reusable claims should preserve species, tissue, disease model, and whether evidence is primary perturbation, human association, ex vivo function, lineage taxonomy, or review-level synthesis.

Source Type

review on foundational ILC biology - Evidence profile: ILC subset biology, developmental and functional parallels with T helper cells, tissue homeostasis, infection, and inflammation. - Knowledge note status: source-reviewed review note for broad biology framing.

Evidence Profile

Overall confidence: medium for review-level foundational framing. - Evidence tags: #source/review #species/human #species/mouse #cell/ILC1 #cell/ILC2 #cell/ILC3 #cell/T_cell #outcome/homeostasis #outcome/inflammation #axis/adaptive_immunity #axis/ILC_regulation #status/focused_crystallization - Primary biological axis: ILC subsets mirror selected helper T-cell effector programs without antigen-specific receptors.

Why It Matters Here

This source is helpful for explaining why ILC-adaptive comparisons are biologically meaningful, while still emphasizing that ILCs are not antigen-receptor-dependent lymphocytes.

Key Findings

The review summarizes ILC1/ILC2/ILC3 subset organization and functional parallels with helper T-cell programs.
It frames ILCs as rapid tissue immune regulators involved in homeostasis, infection, and inflammation.
It supports vocabulary for comparing innate and adaptive lymphoid functions.
It should not be used as a primary source for a specific lung disease mechanism.

Claim-Level Confidence

Medium confidence: useful for broad conceptual framing.
Low confidence: not adequate as a stand-alone citation for specific pulmonary claims.

Methods and Context

Source type: review.
Compartment: broad ILC biology.
Assay directness: review-level only.
Best wiki use: conceptual background.

Caveats

Separate helper-T-cell analogy from direct adaptive-immunity regulation.
Use primary sources for detailed mechanisms.
Avoid overstating conservation across tissues.

Contradiction and Supersession

Contradiction status: none; review context.
Supersession status: older but still useful for foundational framing.