IMMUNE OSby Allerim

tissue

Lymphoid Tissue Immune Ecosystem

Organized decision architecture for antigen presentation, clonal selection, germinal centers, and memory formation

lymph nodegerminal centermemorypriming

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.

State signature

Systems profile

Inflammation52
Tolerance45
Metabolism54
Tissue88
Neuroimmune38
Chronicity78

Tissue ecosystem

Spatial immune niche

niche

Lymphoid Tissue

Barrier

lymph flowhigh endothelial venulesfollicular dendritic cell networks

Cells

dendritic cellsT cell subsetsB cellsplasma cells

Cytokines

IL-2IL-4IL-6IL-21

Neuroimmune

sympathetic innervation of lymphoid organsstress effects on trafficking and antibody responses

Graph neighborhood

Direct relationships

Full graph

Germinal centers support B cell affinity maturation and memory

Follicles and germinal centers organize Tfh-B cell collaboration

Immune niche

Tissue Ecology

Lymphoid tissues coordinate antigen delivery, dendritic cell priming, T-B collaboration, germinal center selection, and durable memory.

Dominant immune cells

dendritic cellsT cell subsetsB cellsplasma cellsmacrophages

Barrier systems

lymph flowhigh endothelial venulesfollicular dendritic cell networkssubcapsular sinus macrophages

Microbiome interactions

mucosal antigen drainagemicrobial metabolite influence on lymphocyte toneIgA education

Neuroimmune interactions

sympathetic innervation of lymphoid organsstress effects on trafficking and antibody responses

Cytokine environment

Metabolic conditions

rapid proliferative demandamino acid sensinggerminal center hypoxiamitochondrial memory selection