All changes for the tissue Anatomical System (3587)

Identifier Name Type Tissues Organism Gene Data Actions
DAA2547 Level of miR-21 decreases with age Molecular T cell Human MIR21 83.6% Decrease miRNA Level
DAA2560 Level of miR-342-3p increases with age Molecular T cell Human MIR342 57.5% Increase miRNA Level
DAA1231 decreased NF-KappaB induction in T cells Molecular T cell Human — —
DAA2549 Level of miR-23a increases with age Molecular T cell Human MIR23A 137.2% Increase miRNA Level
DAA2550 Level of miR-519d decreases with age Molecular T cell Human MIR519D 61.6% Decrease miRNA Level
DAA2561 Level of let-7i decreases with age Molecular T cell Human MIRLET7I 46.9% Decrease miRNA Level
DAA952 Fewer CD4+ and CD8+ cells Physiological T cell Human — —
DAA2573 Level of miR-27b decreases with age Molecular T cell Human MIR27B 31.7% Decrease miRNA Level
DAA2565 Level of miR-23b increases with age Molecular T cell Human MIR23B 32.8% Increase miRNA Level
DAA2578 Level of miR-15b decreases with age Molecular T cell Human MIR15B 29.4% Decrease miRNA Level
DAA2558 Level of miR-27a decreases with age Molecular T cell Human MIR27A 47.7% Decrease miRNA Level
DAA2576 Level of miR-98 decreases with age Molecular T cell Human MIR98 43.8% Decrease miRNA Level
DAA964 T-cell diversity declines Physiological T cell Human — —
DAA953 Increase in cells that are both CD8+ and CD28-null Physiological T regulatory cell Human — —
DAA955 Interleukin-7 production declines Physiological stromal cell Human IL7 —
DAA963 Expansion into effector cells is reduced Physiological naïve T cell Human — —
DAA959 telomere shortening Molecular naïve T cell Human — —
DAA977 ROS production in response to stimuli unchanged Physiological neutrophil Human — —
DAA972 Chemotaxis and adhesion activity unchanged in vitro Physiological neutrophil Human — —
DAA982 expression of CD16 receptor diminished Molecular neutrophil Human FCGR3A —
DAA979 Apoptotic pathway in response to stimuli disrupted Physiological neutrophil Human — —
DAA980 Phagocytosis activity decreased in response to opsonized targets Physiological neutrophil Human — —
DAA975 Infiltration at injury site is reduced Physiological neutrophil Human — —
DAA973 Chemotaxis and respiratory burst capacity in response to GM-CSF priming decreased Physiological neutrophil Human — —
DAA974 Chemotaxis is reduced Physiological neutrophil, dendritic cell Human — —