Define protective respiratory NK-cell states
Describe tissue-resident and memory-like NK-cell programmes that may be relevant to respiratory immune resilience.
Research
TRIUMPH-NK is organised around public-safe workstreams that connect respiratory tissue context, NK-cell state mapping, and resilience evaluation.
Four public workstreams
The internal programme contains more detail, but the public view keeps the science high-level and non-operational.
Map NK-cell states in lung and nasal tissue contexts
Compare lower- and upper-airway contexts using tissue models, cytometry, and single-cell profiling.
Explore immune drivers of durable tissue-resident NK-cell programmes
Study the broad biological signals associated with long-lived NK-cell tissue residency and readiness.
Evaluate respiratory viral resilience
Test associations between NK-cell states and respiratory resilience in relevant research models, without implying clinical efficacy.
Scientific architecture
The project combines tissue-facing biology with molecular and computational readouts. This schematic intentionally excludes protocol detail.
Tissue models
NK-cell co-culture concepts
Single-cell and cytometry profiling
Bioinformatics and signature discovery
Functional readouts
Public-safety boundary
This page does not provide experimental protocols, delivery conditions, culture parameters, challenge conditions, titres, internal milestones, or unpublished results. TRIUMPH-NK is a research programme and does not claim clinical efficacy.